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TRANSCRIPT
ACCA Paper F9
Financial Management
Class Notes
June 2015
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Contents
PAGE INTRODUCTION TO THE PAPER 5 FORMULAE GIVEN IN THE EXAMINATION PAPER 7 CHAPTER 1: CHAPTER 2:
CHAPTER 3: CHAPTER 4: CHAPTER 5: CHAPTER 6: CHAPTER 7:
CHAPTER 8: CHAPTER 9: CHAPTER 10: CHAPTER 11: CHAPTER 12:
CHAPTER 13: CHAPTER 14:
FINANCIAL MANAGEMENT: AN INTRODUCTION 11 FUNDAMENTAL FINANCIAL MATHEMATICS 19
CAPITAL BUDGETING 27 INVESTMENT APPRAISAL TECHNIQUES 39 SOURCES OF LONG TERM FINANCE 55 COST OF CAPITAL 63 CAPITAL STRUCTURE – FINANCIAL RISK 77
BUSINESS RISK AND ADJUSTED DISCOUNT RATES 83 FINANCIAL PERFORMANCE MEASUREMENT 93 RAISING EQUITY FINANCE 105 EFFICIENT MARKET HYPOTHESIS 113 VALUATION 119
RISK 133 WORKING CAPITAL MANAGEMENT 151
SOLUTIONS TO EXAMPLES 173
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Introduction to the
paper
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INTRODUCTION TO THE PAPER
AIM OF THE PAPER
The aim of the paper is to develop knowledge and skills expected of a financial
manager, in relation to investment, financing and dividend policy decisions.
OUTLINE OF THE SYLLABUS
A. Financial management
B. Financial management
function
environment
C. Working capital management
D. Investment appraisal
E. Business finance
F. Business valuations
G. Risk management
FORMAT OF THE EXAM PAPER
The syllabus is assessed by a three hour paper-based examination with 15 minutes
of reading time.
Section A of the exam comprises 20 multiple choice questions of 2 marks each.
Section B of the exam comprises three 10 mark questions and two 15 mark
questions.
FAQs
What level of mathematical ability is required in F9?
You will be required to apply formulae either given or memorised. This may require
limited manipulation of formulae. The level of computational complexity is normally
inversely related to the conceptual difficulty of the topic .
What do I need to bring to class?
You will need pen, paper, these notes and revision kit. In addition you will need a
standard scientific calculator which may be purchased in any large newsagents or
supermarket.
Is there any assumed knowledge?
The only real overlap is with basic concepts explored in paper F2 and also elements
of decision making and cost behaviour covered in paper F5.
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Formulae given in the
examination paper
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FORMULAE GIVEN IN THE EXAMINATION PAPER
FORMULAE
Economic Order Quantity
= 2CD
H
Miller-Orr Model
Return point = Lower limit + (1/3 spread)
1
3transaction cost varianceof cash flows
3
Spread = 3 interest rate
The Capital Asset Pricing Model
E(r ) = R + ßi (E (rm) – R )
The Asset Beta Formula
V V (1T)
(V V (1T)) e(V V (1T))
d
The Growth Model
D (1 g) 0
(Ke g)
or D (1 g)
0 (re g)
Gordon’s Growth Approximation
g = bre
The weighted average cost of capital
WACC = V V
ke + V V
kd (1–T)
The Fisher formula
(1 + i) = (1 + r)(1 + h)
Purchasing Power Parity and Interest Rate Parity
(1h ) 1 0
(1h )
(1 ic) 0 0
(1 i )
P = 0 P = 0
0 C
4
i f f
a e d
ß = + e d e d
e d e d
e d
V V
S = S c
b
F = S b
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FORMULAE GIVEN IN THE EXAMINATION PAPER
Present Value Table
Present value of 1 i.e. (1 + r)-n
Where r
n
Periods
= discount rate
= number of periods until payment
Discount rate (r)
(n) 1% 2% 3% 4% 5% 6% 7% 8% 9% 10%
________________________________________________________________________________
1 0.990 0.980 0.971 0.962 0.952 0.943
2 0.980 0.961 0.943 0.925 0.907 0.890
3 0.971 0.942 0.915 0.889 0.864 0.840
4 0.961 0.924 0.888 0.855 0.823 0.792
5 0.951 0.906 0.863 0.822 0.784 0.747 6 0.942 0.888 0.837 0.790 0.746 0.705
7 0.933 0.871 0.813 0.760 0.711 0.665
8 0.923 0.853 0.789 0.731 0.677 0.627
9 0.914 0.837 0.766 0.703 0.645 0.592
10 0.905 0.820 0.744 0.676 0.614 0.558 11 0.896 0.804 0.722 0.650 0.585 0.527 12 0.887 0.788 0.701 0.625 0.557 0.497 13 0.879 0.773 0.681 0.601 0.530 0.469
0.935 0.926 0.917
0.873 0.857 0.842
0.816 0.794 0.772
0.763 0.735 0.708
0.713 0.681 0.650 0.666 0.630 0.596
0.623 0.583 0.547
0.582 0.540 0.502
0.544 0.500 0.460
0.508 0.463 0.422 0.475 0.429 0.388 0.444 0.397 0.356 0.415 0.368 0.326
0.909 1
0.826 2
0.751 3
0.683 4
0.621 5 0.564 6
0.513 7
0.467 8
0.424 9
0.386 10 0.350 11 0.319 12 0.290 13
14 0.870 0.758 0.661 0.577 0.505 0.442 0.388 0.340 0.299 0.263 14
15 0.861 0.743 0.642 0.555 0.481 0.417 0.362 0.315 0.275 0.239 15
________________________________________________________________________________ (n) 11% 12% 13% 14% 15% 16% 17% 18% 19% 20%
________________________________________________________________________________
1 0.901 0.893 0.885 0.877 0.870 0.862
2 0.812 0.797 0.783 0.769 0.756 0.743
3 0.731 0.712 0.693 0.675 0.658 0.641
4 0.659 0.636 0.613 0.592 0.572 0.552
5 0.593 0.567 0.543 0.519 0.497 0.476 6 0.535 0.507 0.480 0.456 0.432 0.410
7 0.482 0.452 0.425 0.400 0.376 0.354
8 0.434 0.404 0.376 0.351 0.327 0.305
9 0.391 0.361 0.333 0.308 0.284 0.263
10 0.352 0.322 0.295 0.270 0.247 0.227 11 0.317 0.287 0.261 0.237 0.215 0.195
12 0.286 0.257 0.231 0.208 0.187 0.168
13 0.258 0.229 0.204 0.182 0.163 0.145
14 0.232 0.205 0.181 0.160 0.141 0.125
15 0.209 0.183 0.160 0.140 0.123 0.108
0.855 0.847 0.840
0.731 0.718 0.706
0.624 0.609 0.593
0.534 0.516 0.499
0.456 0.437 0.419 0.390 0.370 0.352
0.333 0.314 0.296
0.285 0.266 0.249
0.243 0.225 0.209
0.208 0.191 0.176
0.178 0.162 0.148
0.152 0.137 0.124
0.130 0.116 0.104
0.111 0.099 0.088
0.095 0.084 0.074
0.833 1
0.694 2
0.579 3
0.482 4
0.402 5 0.335 6
0.279 7
0.233 8
0.194 9
0.162 10 0.135 11
0.112 12
0.093 13
0.078 14
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FORMULAE GIVEN IN THE EXAMINATION PAPER
Annuity Table
Present value of an annuity of 1 i.e. 1 - (1+r)-n
Where r =
n = discount rate
number of periods
Discount rate (r)
Periods
(n) 1% 2% 3% 4% 5% 6% 7% 8% 9% 10%
________________________________________________________________________________
1 0.990 0.980 0.971 0.962 0.952 0.943
2 1.970 1.942 1.913 1.886 1.859 1.833
3 2.941 2.884 2.829 2.775 2.723 2.673
4 3.902 3.808 3.717 3.630 3.546 3.465
5 4.853 4.713 4.580 4.452 4.329 4.212 6 5.795 5.601 5.417 5.242 5.076 4.917
7 6.728 6.472 6.230 6.002 5.786 5.582
8 7.652 7.325 7.020 6.733 6.463 6.210
9 8.566 8.162 7.786 7.435 7.108 6.802
10 9.471 8.983 8.530 8.111 7.722 7.360 11 10.37 9.787 9.253 8.760 8.306 7.887 12 11.26 10.58 9.954 9.385 8.863 8.384 13 12.13 11.35 10.63 9.986 9.394 8.853
0.935 0.926 0.917
1.808 1.783 1.759
2.624 2.577 2.531
3.387 3.312 3.240
4.100 3.993 3.890 4.767 4.623 4.486
5.389 5.206 5.033
5.971 5.747 5.535
6.515 6.247 5.995
7.024 6.710 6.418 7.499 7.139 6.805 7.943 7.536 7.161 8.358 7.904 7.487
0.909 1
1.736 2
2.487 3
3.170 4
3.791 5 4.355 6
4.868 7
5.335 8
5.759 9
6.145 10 6.495 11 6.814 12 7.103 13
14 13.00 12.11 11.30 10.56 9.899 9.295 8.745 8.244 7.786 7.367 14
15 13.87 12.85 11.94 11.12 10.38 9.712 9.108 8.559 8.061 7.606 15
________________________________________________________________________________ (n) 11% 12% 13% 14% 15% 16% 17% 18% 19% 20%
________________________________________________________________________________
1 0.901 0.893 0.885 0.877 0.870 0.862
2 1.713 1.690 1.668 1.647 1.626 1.605
3 2.444 2.402 2.361 2.322 2.283 2.246
4 3.102 3.037 2.974 2.914 2.855 2.798
5 3.696 3.605 3.517 3.433 3.352 3.274 6 4.231 4.111 3.998 3.889 3.784 3.685
7 4.712 4.564 4.423 4.288 4.160 4.039
8 5.146 4.968 4.799 4.639 4.487 4.344
9 5.537 5.328 5.132 4.946 4.772 4.607
10 5.889 5.650 5.426 5.216 5.019 4.833 11 6.207 5.938 5.687 5.453 5.234 5.029
12 6.492 6.194 5.918 5.660 5.421 5.197
13 6.750 6.424 6.122 5.842 5.583 5.342
14 6.982 6.628 6.302 6.002 5.724 5.468
15 7.191 6.811 6.462 6.142 5.847 5.575
0.855 0.847 0.840
1.585 1.566 1.547
2.210 2.174 2.140
2.743 2.690 2.639
3.199 3.127 3.058 3.589 3.498 3.410
3.922 3.812 3.706
4.207 4.078 3.954
4.451 4.303 4.163
4.659 4.494 4.339
4.836 4.656 4.486
4.988 4.793 4.611
5.118 4.910 4.715
5.229 5.008 4.802
5.324 5.092 4.876
0.833 1
1.528 2
2.106 3
2.589 4
2.991 5 3.326 6
3.605 7
3.837 8
4.031 9
4.192 10 4.327 11
4.439 12
4.533 13
4.611 14
4.675 15
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r
Chapter 1
Financial management: an
introduction
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CHAPTER 1 – FINANCIAL MANAGEMENT: AN INTRODUCTION
CHAPTER CONTENTS
WHAT IS FINANCIAL MANAGEMENT? ----------------------------------13
THE PRIMARY FINANCIAL OBJECTIVE 13
THE THREE FINANCIAL MANAGEMENT DECISIONS 15
VALUE FOR MONEY – 3 ES 17
STAKEHOLDERS 17
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CHAPTER 1 – FINANCIAL MANAGEMENT: AN INTRODUCTION
WHAT IS FINANCIAL MANAGEMENT?
The management of all matters associated with the cash flow of the organisation
both short and long-term.
The primary financial objective
MAXIMISE SHAREHOLDER WEALTH
What is shareholder wealth?
The share price multiplied by the total number of shares.
Three factors affecting share price?
1.
2.
3.
Share price formula
P0 = ( )
-
Where:
P0 is the current value of the share
D0 is the dividend just paid
g is the expected constant annual growth in dividend
Ke is th % annual r turn r quir d by shar hold rs (“cost of quity”)
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CHAPTER 1 – FINANCIAL MANAGEMENT: AN INTRODUCTION
Example 1
CSI Co has just paid a dividend of 23 cents. General expectation is that dividends
will continue to grow at approximately 4% per annum. The risks perceived by the
shareholders of CSI Co lead them to require an annual return (ke) of 12%.
Required:
(a) Calculate the current expected share price of CSI Co.
(b) If market factors make the shares in CSI Co more risky, shareholders
will expect a return of 15%. What impact does this have on the share
price from (a)?
(c) If CSI Co announces changes to working practices which will lead to
higher growth (at 6% per annum) for the foreseeable future, what
impact will that have on the share price from (a)?
(d) If the directors of CSI Co announce that the previous growth in
dividends of 4% were to stop with no guarantee of any future growth,
but that the dividend will remain constant at 23 cents, what would
happen to the share price?
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CHAPTER 1 – FINANCIAL MANAGEMENT: AN INTRODUCTION
The three financial management decisions
Financial management involves three main areas of decision making:
● the investment decision,
● the financing decision,
● the dividend decision.
1. The investment decision
A company may invest its funds in one of three basic areas:
1. Capital assets.
2. Working capital.
3. Financial assets.
Capital assets
A critical decision because of the strategic implications of many investments.
Working capital
The decision on the level of inventory to hold and the level of credit given to
customers (receivables).
Financial assets
The company may have surplus cash to invest and should consider the following
factors when deciding how to invest that cash:
1. Risk.
2. Return.
3. Liquidity.
2. The financing decision
When looking at the financing of a business there are 4 basic questions to consider:
1. total funding required,
2. internally generated vs externally sourced,
3. debt or equity,
4. long-term or short-term debt.
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
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CHAPTER 1 – FINANCIAL MANAGEMENT: AN INTRODUCTION
3. The dividend decision
The amount of return to be paid in cash to shareholders. The level of dividend paid
will be determined by: profits; available cash; and investment opportunities
requiring funding. Possible dividend policies:
● Constant dividend payout
The company pays out the same dividend each year (this may be adjusted for
inflation).
● Constant payout ratio
The company pays out the same proportion of available earnings each year.
● Residual dividend policy
The company pays out any remaining earnings after all investment
opportunities increasing shareholder wealth have been financed.
● Dividend irrelevance theory
The theory states that shareholders can create a cash dividend if they so
require, or use dividends to purchase more shares if they wish to increase
their capital wealth.
Interrelationship of decisions
Objectives of not-for-profit organisations
These organisations are established to provide services to the community . Such
organisations need funds to finance their operations. The major constraint is the amount of funds that they would be able to raise.
to use the limited funds to obtain value for money.
16
Not-for-profit organisations seek
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CHAPTER 1 – FINANCIAL MANAGEMENT: AN INTRODUCTION
Value for money – 3 Es
Value for money means getting the best possible service at the least possible cost .
Economy measures the cost of obtaining the required quality inputs needed
to produce the service. The aim is to acquire the necessary input
at the lowest possible cost.
Effectiveness means doing the right thing. It measures the extent to which the
service meets its declared objectives.
Efficiency means doing the right thing well. It relates to the level of output
generated by a given input. Reducing the input:output ratio is an
indication of increased efficiency.
Example ---- in refuse collection service,
The service will be economic if it is able to minimise the cost of weekly collection
and not suffer from wasted use of resources.
The service will be effective if it meet it s target of weekly collection.
The service will be efficient if it is able to raise the number of collection per vehicle
per week.
Stakeholders
Stakeholders are any party that has both an interest in and relationship with the
company. The responsibility of an organisation is to balance the requirements of all
stakeholder groups in relation to the relative economic power of each group.
Conflict between stakeholder groups
Th v ry natur of lookin at stak hold rs is that th l v l of „r turn‟ is finit within
an organisation. There is a need to balance the needs of all groups in relation to
their relative strength.
Agency theory
Principal
Agent
The principal is the shareholder, owning the company. Th principal‟s objective is
to increase wealth through income, capital growth and risk management.
The principals appoint directors as their agents to carry out the day-to-day
business of the company. Th dir ctors‟ oals ar lik ly to b to maximis th ir
own remuneration.
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CHAPTER 1 – FINANCIAL MANAGEMENT: AN INTRODUCTION
Goal congruence
For an organisation to function properly, it is essential to achieve goal congruence
at all levels. All the components of the organisation should have the same overall
objectives, and act cohesively in pursuit of those objectives.
In order to achieve goal congruence, there should be carefully designed incentives
for managers and the workforce which would motivate them to take decisions which
will be consistent with the objectives of the shareholders.
Maximising profits
Within organisations it is normal to reward management on some measure of profit .
W would xp ct a c los r lationship b tw n profit and shar hold rs‟ w alth.
There are, however, ways in which they may conflict such as:
1. Short-termism.
2. Cash vs accruals.
3. Risk.
Short-termism
A profit target is normally calculated over one year; it is relatively easy to
manipulate profit over that period to enhance rewards at the expense of future
years.
Cash vs accruals
As we will see later, wealth is calculated on a cash basis and ignores accruals.
Risk
A manager may be inclined to accept very risky projects in order to achieve profit
targets which in turn would adversely affect the value of the business.
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Chapter 2
Fundamental financial
mathematics
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CHAPTER 2 – FUNDAMENTAL FINANCIAL MATHEMATICS
CHAPTER CONTENTS
COMPOUNDING & GROWTH ---------------------------------------------21
INTEREST 21
INFLATION 21
DISCOUNTING ------------------------------------------------------------22
ANNUITIES AND PERPETUITIES----------------------------------------25
ANNUITIES 25
PERPETUITIES 26
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CHAPTER 2 – FUNDAMENTAL FINANCIAL MATHEMATICS
COMPOUNDING & GROWTH
An initial monetary value (PV) will grow at a rate (r) which is constant each t ime
period (often one year) for a number of periods (n).
A compounding or growth calculation will give us the end value in the future (FV).
FV = PV(1 + r)n
(„r‟ is th d cimal form of th int r st or inflation rat in qu stion).
Interest
Growth could be due to the PV being invested in an interest -bearing account.
Example 1
Terry Co has $10,000 to invest for 4 years and can put it in an account that will
earn 5% each year.
Required:
Calculate the balance available to Terry Co after 4 years.
Inflation
Prices and/or costs may grow from year to year due to inflation.
Example 2
FLT Co is currently paying $12 per unit to produce a product which is then sold for
$30 per unit.
The cost is expected to rise by 6% per annum due to inflation whilst the sales price
is expected to rise by 4.5% each year.
Required:
Calculate the price, cost and contribution per unit for FLT Co’s product for
each of the next four years.
Year 1 2 3 4
Price ($30)
Cost ($12)
Contribution
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CHAPTER 2 – FUNDAMENTAL FINANCIAL MATHEMATICS
DISCOUNTING
When a required or expected future value (FV) at a certain time (after n periods) is
known, we use a discounting calculation to find the amount that ought to be
invested now (PV), earning a certain rate (r) each period (for n periods).
Example 3
T rry Co xp cts to mak a paym nt of $ 2, 55 in 4 y ars‟ tim and can put
money in an account now that will earn 5% each year.
Required:
Calculate the maximum that Terry needs to invest now.
Formula
PV = FV(1 + r)-n
All terms as for compounding.
Example 4
Terry Co is able to earn 5%. How much should be invested now in order to receive
a sum of $360,000 after 2 years and a further $280,000 after 5 years?
Year (n) 1 2 3 4 5
FV
(1 + r)-n
Present Value
360,000
280,000
Present value factors
Tables given in the exam show the values of (1 + r)-n for whole number values of r
between 1% and 20% and for time periods until cash flow of 1 to 15.
Time value
In examples 1 and 3, Terry Co will be indifferent between a sum of $10,000 now
and a sum of $12,155 after 4 years. Although the absolute figures are different,
they have the same value to Terry Co due to the time value of money.
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CHAPTER 2 – FUNDAMENTAL FINANCIAL MATHEMATICS
Cost of capital
The cost of capital is the return that an investor expects from a particular type of
investment. It is stated as a percentage amount and reflects the risk that the
investment carries.
Annuities
An annuity is a cash flow where the same amount is received or paid each time
period for a set number of periods.
Instead of multiplying each cash flow by its present value factor (PVF), the PVFs
can be added together and the sum multiplied by a single value of the annuity.
Example 5
Terry Co expects to receive a payment of $40,000 next year and for the following 4
years. Terry has a cost of capital of 5%. Required:
Calculate the present value of the annuity:
(i) using PVFs for each cash flow, and
(ii) using the shorter approach.
Year 1 2 3 4 5
FV
PVF
Present Value
40,000
40,000
40,000
40,000
40,000
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CHAPTER 2 – FUNDAMENTAL FINANCIAL MATHEMATICS
Annuity factors
A table given in the exam gives the present value factors for annuities when the
cost of capital is r% and the annuity, starting after one year, runs for up to 15
years.
Example 6
An investment is expected to yield constant income of $12,500 each year for the
n xt 2 y ars, with th first of th s cash flows xp ct d to aris in on y ar‟s
time. Required:
(i) Calculate the present value of the annuity with a cost of capital is 8%.
(ii) Advise whether an individual with a cost of capital of 8% should
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CHAPTER 2 – FUNDAMENTAL FINANCIAL MATHEMATICS
ANNUITIES AND PERPETUITIES
Annuities
Discounting annuities is made easier by having a table of annuity factors.
Annuity factors discount cash flows to a value one time period before the first
payment arises.
Time
ncin
$A
$A
$A
$A
$A
g
Dec x Annuity Factor
n $ VALUE
If the first cash flow is at time 1, the annuity factor places the value at time 0 – our
“pr s nt valu ”.
If the first cash flow arises later, say time 4, the value is places at time 3 and a
further discounting adjustment is required to get a present value.
Example 7
AGA Co is considering an investment with cash returns expected to be $100,000
each year for 4 years at a discount rate of 10%.
Required:
Calculate the present value of these cash flows:
(a) assuming the first arises one year from present time
(b) assuming the cash flows commenced in:
i. Year 4,
ii. Year 0.
Time 0 1 2 3 4 5 6 7 8 9
Time 0 1 2 3 4 5 6 7 8 9
Time 0 1 2 3 4 5 6 7 8 9
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Days
Payables
365 Maximum level
CHAPTER 2 – FUNDAMENTAL FINANCIAL MATHEMATICS
Perpetuities
A form of annuity that arises forever (in perpetuity).
In this situation the calculation of the present value of the future cash flows is:
Present value of the perpetuity = Cashflowperannum
Interestrate
Example 8
Reecer Co expects to receive $18,000 each year in perpetuity. The current
discount rate is 9%.
Required:
1. Calculate the present value of the perpetuity.
2. Calculate the value if the perpetuity starts in 5 years.
26 w w w .s tudyinte ract ive .o rg
Chapter 3
Capital
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budgeting
27
CHAPTER 3 – CAP ITAL BUDGETING
CHAPTER CONTENTS
CAPITAL BUDGETING ----------------------------------------------------29
RELEVANT COSTS FOR DECISION MAKING 29
TAXATION AS A RELEVANT COST 31
WORKING CAPITAL 31
PRO FORMA 32
NET PRESENT VALUE (NPV) 34
INTERNAL RATE OF RETURN (IRR) 35
NPV AND IRR COMPARED 37
28 w w w .s tudyinte ract ive .o rg
CHAPTER 3 – CAPITAL BUDGETING
CAPITAL BUDGETING
A form of decision-making where the investment occurs in the near future and the
benefits of the investment occur over a longer time, usually a number of years.
We shall use the following example to illustrate capital budgeting.
Example 1
Rainer Co is considering purchasing new equipment costing $515,000, which will
produce a new product line. Rainer Co has conducted extensive research, costing
$30,000, into the market for the new product line and predicts the following expected sales:
Year 1
Sales volume (units) 10,000
2 3 4
12,500 12,500 7,500
The sales price in year 1 is expected to be $30 per unit with a variable production
cost of $12 per unit. Sales prices are subject to inflation of 3% per annum while
variable costs are expected to rise by 4.5% per annum.
After 4 years the equipment will be sold for an expected $70,000.
The new product will require an immediate investment in working capital of
$45,000 which will change in line with sales revenue.
Corporation tax is at the rate of 30%, payable one year in arrears, and writing
down allowances are available on a reducing balance basis at 25%.
The relevant discount rate for this project is 10%.
Required:
Advise whether the equipment should be purchased on financial grounds
only.
Relevant costs for decision making
You should remember from F5 that the only costs and revenues considered in our
d cision should b “r l vant”, fittin th 3 criteria:
FUTURE
CASH FLOW
INCREMENTAL (or DIRECT RESULT)
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CHAPTER 3 – CAP ITAL BUDGETING
Future
Only elements of cost and revenue that are yet to arise should be included in any
investment decision.
Costs that have already been incurred (or committed to) are SUNK COSTS and
should be excluded.
Cash flows
Investment decision making should only consider cash costs and revenues. Non-
cash items such as depreciation, amortisation, absorption or apportionment of costs
should be ignored and replaced with the related cash amounts (if any):
● Purchase cost and resale value of non-current assets
● Cash cost of overheads.
Incremental
Investment decision making will only consider costs that change as a direct result
of the decision under review.
Costs that will be incurred regardless are identified as COMMITTED COSTS and will
be excluded such as:
● A portion of a sup rvisor‟s salary wh n th sup rvisor works on th proj ct
being considered.
● A share of head office cost or building rent & rates.
Opportunity cost
As well as cash flows which our proposal gives rise to, we ought to consider any
other cash flows affected by our decision, such as reduced output and sales of other
lines of production due to us using a scarce resource.
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CHAPTER 3 – CAPITAL BUDGETING
Taxation as a relevant cost
If a proposal earns profits, then our company will be due to pay tax on those
profits. The tax payments have to be included as relevant costs.
Tax on operating cash flows
Questions will give (simplified) tax rules for the scenario in question; the workings
will be straightforward:
● If there is a net operating profit in one year, there will be a cash payment
due.
● If there is a net operation loss in one year, there will be a reduction in overall
tax paid by the company, showing as a cash benefit relevant to our
investment.
Workings:
● calculate the net relevant operating cash flow for each year
● multiply each by the given tax rate
● input the result to the indicated year (either a one year delay or in the year of
the cash flow) as a negative figure for profits; a positive figure for losses.
Tax allowable depreciation (capital allowance)
Investment in capital gives rise to tax
allowable depreciation. Over the life
of an asset, the total cash benefit
of this is:
The initial cash benefit is always:
(Investment – residual value) x tax rate% (Investment x Allowance rate x Tax rate)
Allowances over the life will be either straight line (all the same) or reducing
balance (each year is a fixed % lower than the previous).
There will be a final balancing adjustment so that the allowances given equal the
total amount expected.
Working capital
When a company holds inventory and makes sales on credit, it has to provide
additional finance so that operating costs may be paid.
This finance is not an expense so has no tax consequence.
It is likely that the amount invested each year will change. The relevant cash flow
is the change in balance from year to year.
All amounts invested throughout a project will be recovered at the end of the
project.
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CHAPTER 3 – CAP ITAL BUDGETING
Pro forma
Pro-forma (assuming tax paid one year after profits)
Operating Cash-flows
Inflows
Outflows
Taxation
Scrap Proceeds
Capital Allowances
Working Capital
$Net relevant cash flow
Present Value Factors
Present Value
1 …
$ $
X X
(X) (X)
X X
(X)
X
(X) (X)
X X
0.xxx 0.xxx
X X
final Final + 1
$ $
X
(X)
X
(X) (X)
X
X X/(X)
X
X (X)
0.xxx 0.xxx
X (X)
Cumulative Present Value X
Less investment (X)
(capital and working capital) Net Present Value X
32 w w w .s tudyinte ract ive .o rg
CHAPTER 3 – CAPITAL BUDGETING
Example 1
Put the relevant cash flows for Rainer Co into the pro-forma below.
Time 1 2 3 4 5
$ $ $ $ $ Operating Cash-flows
Inflows
Outflows Taxation
Scrap Proceeds
Capital Allowances
Working Capital
$Net relevant cash flow
Present Value Factors
Present Value
Cumulative Present Value
Less investment
(capital and working capital) Net Present Value
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CHAPTER 3 – CAP ITAL BUDGETING
Net present value (NPV)
Decision criterion
The cumulative present value of future cash flows is the maximum that the
company would be prepared to invest in the project; the value to investors of the
project.
If the amount required for investment is lower than the value, then accepting the
proj ct will incr as th shar hold rs‟ w alth.
Thus, if the NPV is positive, the investment should be made.
Advantages
1. NPV recognises the time value of money.
2. It is based on relevant cash flows and opportunity costs.
3. NPV iv s a dir ct indication of th impact upon shar hold rs‟ w alth.
4. Can be flexible with different timings of cash flow & different risk for different
projects.
Disadvantage
1. Requires confidence in the estimate of cost of capital.
34 w w w .s tudyinte ract ive .o rg
CHAPTER 3 – CAPITAL BUDGETING
Internal rate of return (IRR)
The rate of return at which the NPV equals zero.
Example 2
The net cash flows of Rain r Co‟s inv stm nt abov , discount d at % yi ld a n t
present value of $69,000.
Required:
Estimate, on the graph below, the rate at which the NPV would be $NIL.
Time
Operating cash flows
1 2
$’000 $’000
167 212
3 4 5
$’000 $’000 $’000
217 202 1
PVF @ %
PV
Cumulative
Initial investment (non-current assets plus working capital) $560
NPV
„
69 x
10% r%
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CHAPTER 3 – CAP ITAL BUDGETING
Linear interpolation
We can estimate the IRR by linear interpolation. This uses the following formula.
Interpolated IRR = L NL - NH
(H - L)
Where:
L = Lower discount rate
H = Higher discount rate
NL = NPV at lower discount rate
NH = NPV at higher discount rate
Example 3
Th n t cash flows of Rain r Co‟s inv stm nt abov , discounted at 10% yield a net
present value of $69,000. At 18%, the corresponding figure is -$29,000. Required:
Estimate, using the formula, the IRR of the project. The IRR can be estimated using any pair of costs of capital. Each pair will give a
slightly different result. Exam marks are awarded for the technique rather than
precisely matching the solution given in the answers. In the Rainer Co example, a
second guess of 15% would give an IRR of 15.3%; a second guess of 20% would
have given 15.8%, and a second guess of 5% would have given an IRR of 14.5%
Decision criterion
If the IRR is greater than the estimated cost of capital, it is assumed that the
project has a positive NPV so should be accepted. 36 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
= + e d e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Minimum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
= + e d
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Minimum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
= +
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Minimum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß = + e d
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Minimum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
= + e d e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Minimum level
CHAPTER 3 – CAPITAL BUDGETING
Advantages
1. Like the NPV method, IRR recognises the time value of money.
2. It is based on cash flows, not accounting profits.
3. IRR can be used in cases where it is not possible to calculate an accurate cost
of capital but only a reasonable estimate can be given. IRR gives a breakeven
figure and, so, a margin of safety for the estimate.
Disadvantages
1. Does not indicate the size of the investment.
2. It can give conflicting signals with mutually exclusive projects.
3. If a project has irregular cash flows there is more than one IRR for that
project (multiple IRRs).
NPV and IRR compared
Single investment decision
A single project will be accepted if it has a positive NPV at the required rate of
return. If it has a positive NPV then, it will have an IRR that is greater than the
required rate of return.
Mutually exclusive projects
Two projects are mutually exclusive if only one of the projects can be undertaken.
In this c ircumstance the NPV and IRR may give conflicting recommendation.
The reasons for the differences in ranking are:
1. NPV is an absolut m asur but th IRR is a r lativ m asur of a proj ct‟s
viability.
2. Reinvestment assumption. The two methods are sometimes said to be based
on different assumptions about the rate at which funds generated by the
project are reinvested. NPV assum s r inv stm nt at th company‟s cost of
capital, IRR assumes reinvestment at the IRR.
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CHAPTER 3 – CAP ITAL BUDGETING 38 w w w .s tudyinte ract ive .o rg
Chapter 4
Investment appraisal
techniques
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
CHAPTER CONTENTS
INFLATION AND D.C.F.---------------------------------------------------41
THE FISHER EFFECT 41
ASSET REPLACEMENT ----------------------------------------------------43
EQUIVALENT ANNUAL COST (EAC) 43
CAPITAL RATIONING ----------------------------------------------------45
HARD CAPITAL RATIONING 45
SOFT CAPITAL RATIONING 45
SINGLE PERIOD CAPITAL RATIONING 46
MULTI-PERIOD CAPITAL RATIONING 48
UNCERTAINTY ------------------------------------------------------------49
SENSITIVITY ANALYSIS 49
EXPECTED VALUES 50
ADJUSTED ISCOUNT RATES 51
PAYBACK 51
LEASE OR BUY DECISION------------------------------------------------52
ROCE - ARR----------------------------------------------------------------53
40 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I
Days
CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
INFLATION AND D.C.F.
There two ways of dealing with inflation:
1. Include inflation by inflating the cash flows year on year.
2. Exclude inflation (and take the cash flows in current terms).
Include inflation
(money analysis)
Inflate cash flows by the inflation rates
given
Discount with
a money (or nominal) rate of return
Exam tip
Must use where there is more than one
inflation rate in the question
Must use if there is taxation paid in
arrears
Must use if there is tax allowable
depreciation
Exclude inflation
(real analysis)
Leave cash flows in current terms
Discount with
a real rate of return
Exam tip
Can use where a single inflation rate is
given for an easier computation
Expected where activity levels are
constant over a long period of time
(an annuity excluding inflation)
The Fisher effect
The relationship between real and money interest is given in the formula sheet:
(1 + i) = (1 + r)(1 + h)
It is easier to remember as:
(1 + m) = (1 + r) (1 + i)
or
(1 + nominal) = (1 + real) (1 + inflation)
Where
r = real discount rate
m = money (or nominal) discount rate
i = inflation rate
Example 1
r = 8% i = 5%
Required:
Calculate the money rate.
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
Example 2
m = 12.3% i = 4%
Required:
Calculate the real rate of return.
Example 3
A company has to invest $450,000 in a project. The investment will result in new
product sales of 6,000 units each year for 3 years. There will be no residual value
for equipment used.
The selling price of the new product is $50 per unit and the incremental costs of
sale are $15 per unit, both in current terms.
Th company‟s WACC is 2% and inflation is xp ct d to b 3.6%
Required:
Calculate the NPV using both the money and real analyses.
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
ASSET REPLACEMENT
The decision is how to replace an asset, not whether. We aim to adopt the most
cost effective replacement strategy. The comparison may be complicated by having
different asset life cycles for different options.
Key ideas/assumptions:
1. Cash inflows from trading (revenues) are not normally considered in this type
of question. The assumption being that they will be similar regardless of the
replacement decision.
2. The operating efficiency of machines will be similar with differing machines or
with machines of differing ages.
3. The assets will be replaced in perpetuity or at least into the foreseeable
future.
Equivalent annual cost (EAC)
Options with different life cycles are compared by calculating the EAC. It is a
hypothetical payment which, if made annually, would result in the same PV of costs
as the option being considered.
If all options have an EAC, a direct comparison may be made and the least costly
found.
Formula
EAC = PV of ass t‟s costs ÷ Annuity factor for ass t lif
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
Example 6
A company has to decide on the optimal replacement cycle for a fleet of delivery
vehicles. Each will be used for a minimum of 3 years.
The purchase cost (in current terms) is $45,000 per vehicle. The resale value and
running costs of the different options is given in the following table:
Year
Annual running cost
Resale Value at year end
1 2 3
5,000 5,000 5,000
n/a n/a 18,000
4 5
7,000 11,000
14,000 6,000
Required:
Using the equivalent annual cost method, calculate whether the company
should replace its fleet after three, four or five years. Use a cost of capital
of 8%.
Step 1
Establish the present value of costs of each option.
Year
8% PVF
Annual running cost
1 2
0.926 0.857
5,000 5,000
3 4 5
0.794 0.735 0.681
5,000 7,000 11,000
PV
Resale Value at year end n/a n/a 18,000 14,000 6,000
PV
Step 2
Use the equivalent annual cost formula & look for the lower amount.
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
CAPITAL RATIONING
A limit on the level of funding available to a business.
There are two types:
● Hard capital rationing.
● Soft capital rationing.
Hard capital rationing
Externally imposed by banks and capital markets, due to:
1. Wider economic factors (eg a credit crunch).
2. Company specific factors
● (a) Lack of asset security
● (b) No track record
● (c) Poor management team.
Soft capital rationing
Capital budgeting limits are internally imposed by senior management. This is
contrary to th rational aim of a busin ss which is to maximis shar hold rs‟ w alth
(ie to take all projects with a positive NPV).
Reasons:
1. Lack of management skill
2. Wish to concentrate on relatively few projects
3. Unwillingness to take on external funds
4. Only a willingness to concentrate on strongly profitable projects.
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
Single period capital rationing
There is a shortage of funds in the present period which will not arise in following
periods. Note that the rationing in this situation is very similar to the limiting factor
decision that we know from decision making. In that situation we maximise the
contribution per unit of limiting factor.
Example 7
The funds available for investment are $250,000. All investments must be started
immediately. Project
A
B
C
D
Initial investment NPV
$000s $000s 100 25
200 35
80 21
75 10
Required:
Identify the investment plan which will maximise the value of the
company.
Scenario 1: divisibility
ie each project can be taken in part and the returns (NPV) will be proportionate to
the amount of investment.
Key working: Profitability index (P.I.)
P.I. = NPV ÷ Investment
Project Working P.I. Ranking
A
B
C
D
Funds available Projects undertaken NPV earned
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
Scenario 2: non-divisible projects
The projects are taken as a whole or not at all.
Key
We identify all possible mixes and establish which mix generates the maximum
NPV.
Example 7 Required:
Identify the investment plan to maximise the return to the company
assuming the projects are non-divisible.
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
Multi-period capital rationing
A more complex environment where there is a shortage of funds in more than one
period. This makes the analysis more complicated because we have multiple
constraints and multiple outputs. Linear programming would have to be employed.
Example 8
Horge Co is reviewing investment proposals that have been submitted by divisional
managers. The investment funds of the company are limited to $800,000 in the
current year. Details of three possible investments, none of which can be delayed,
are given below.
Project 1
An investment of $300,000 in work station assessments. Each assessment would
be on an individual employee basis and would lead to savings in labour costs from
increased efficiency and from reduced absenteeism due to work-related illness.
Savings in labour costs from these assessments in money terms are expected to be as follows:
Year 1 2
Cash flows ($'000) 85 90
3 4 5
95 100 95
Project 2
An investment of $450,000 in individual workstations for staff that is expected to
reduce administration costs by $140,800 per annum in money terms for the next
five years.
Project 3
An investment of $400,000 in new ticket machines. Net cash savings of $120,000
per annum are expected in current price terms and these are expected to increase
by 3.6% per annum due to inflation during the five-year life of the machines.
Horge Co has a money cost of capital of 12% and taxation should be ignored.
Required:
Determine the best way for Horge Co to invest the available funds and
calculate the resultant NPV:
(a) on the assumption that each of the three projects is divisible;
(b) on the assumption that none of the projects are divisible.
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
UNCERTAINTY
Consideration of uncertainty is particularly important when performing investment
appraisal due to:
1. Long timescale
2. Outflow today, inflow in the future
3. Large size in relation to the size of the company
4. Strategic nature of the decision.
Techniques available:
1. Sensitivity analysis
2. Expected values
3. Adjusted discount rates
4. Payback.
Sensitivity analysis
A technique that considers a single variable at a time and identifies by how much
that variable has to change for the decision to change (from ac cept to reject).
Example 9
An initial investment of $50,000 is expected to give rise to the following cash flows
for each of years 1 to 3. The discount rate is 10%.
Fixed cost
$ per annum
65,000
Variable costs (10,000 units at $3/unit)
Selling price ($12 per unit)
30,000
120,000
Required:
(a) Calculate the NPV for the investment.
(b) Calculate by how much the values would have to change for the
decision to alter for:
(i) The unit sales price;
(ii) The annual sales volume;
(iii) The annual fixed cost.
Key working
Sensitivity
Margin =
Net Present Value
Present Value of the cash flow
under consideration
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
Expected values
Where there is a range of possible outcomes which can be identified and a
probability distribution can be attached to those values. In this situation we may
stablish som sort of „av ra ‟ r turn. The expected value is the arithmetic mean of the outcomes as expressed below:
EV = px
Where p = the probability of an outcome
x = the value of an outcome
Example 10
Toorongs Co is developing a new product, the Wryte which will be launched after
further significant investment in plant and machinery.
If Toorongs makes the Wryte, there are four possible levels of success which will
affect the sales volume; the length of the life cycle and the costs identified with the
investment.
The relevant cash flows of each outcome have been analysed, resulting in the
following NPV figures, along with associated probabilities estimated for each outcome.
Outcome
Strong success
Moderate success
Marginal success
Failure
NPV ($‟ )
1,250
650
320
(750)
Probability Working (px)
0.12
0.30
0.25
0.33
Required:
(a) What is the expected value of the project?
(b) Suggest possible problems with basing this decision on expected
values.
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
Adjusted discount rates
If an individual investment or project is perceived to be more uncertain than
existing investments, the company could adjust the discount rate up to reflect the
additional risk. The problem in doing so is that any adjustment would be arbitrary.
Payback
The payback period is a measure of how long it takes the income of an investment
to cover the initial outlay. If we consider the payback period, we focus on the
earlier activities of the project, those where there is less uncertainty.
Example 11
Th n t cash flows of Rain r Co‟s inv stm nt in th last chapt r ar shown b low.
Required:
Calculate the payback period of the project.
Time
Operating cash flows
Cumulative
1 2
$’000 $’000
167 212
3 4 5
$’000 $’000 $’000
217 202 1
Initial investment (non-current assets plus working capital) $560
On critic ism of payback is that it do sn‟t consid r tim valu of mon y; th cash
flows in year 3 are given the same weighting as those in year 1. It is possible to
modify the working to arrive at a discounted payback period.
Example 12
Required:
Calculate the discounted payback period for Rainer’s investment project.
Time
Operating cash flows
PVF @ 10%
PV
Cumulative
1 2
$’000 $’000
167 212
0.909 0.826
152 175
3 4 5
$’000 $’000 $’000
217 202 1
0.751 0.683 0.621
163 138 1
Initial investment (non-current assets plus working capital) $560
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CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
LEASE OR BUY DECISION
A specific decision that compares two specific financing options, the use of a finance
lease or buying outright financing via a bank loan.
Key information
1. Discount rate = after tax cost of borrowing, Kd(1 – T)
The rate is given by the rate on the bank loan in the question, if it is pre-tax
then the rate must be adjusted for tax. If the loan rate was 10% pre-tax and
corporation tax is 30% then the after-tax rate would be 7%. (10% x (1 – 0.3)
2. Cash flows
Purchase Lease
1/ Cost of the investment
2/ WDA tax relief on investment
3/ Residual value
1/ Lease rental
- in advance
- annuity 2/ Tax relief on rental
Example 13
Smitcher Co is considering how to finance a new project that has been accepted by
its investment appraisal process.
For the four year life of the project the company can either arrange a bank loan at
an interest rate of 15% before corporation tax relief. The loan is for $100,000 and
would be taken out immediately. The residual value of the equipment is $10,000 at
the end of the fourth year.
An alternative would be to lease the equipment over four years at a rental of
$30,000 per annum payable in advance.
Tax is payable at 33% one year in arrears. Capital allowances are available at 25%
on the written down value of the asset.
Required:
Calculate whether it is financially cheaper to buy or lease the equipment.
Other considerations (leasing or buying)
1. Who receives the residual value in the lease agreement? It is possible that
the residual value may be received wholly by the lessor or almost completely
by the lessee.
2. There may be restrictions associated with the taking on of leased equipment.
The agreements tend to be much more restrictive than bank loans.
3. Are there any additional benefits associated with lease agreement? Many
lease agreements will include within the payments some measure of
maintenance or other support services.
52 w w w .s tudyinte ract ive .o rg
CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
ROCE - ARR
One final approach to capital investment decision making is to calculate and
consider the avera r turn on capital mploy d (ROCE) or „accountin rat of
r turn‟ (ARR) that th proposal will n rat ov r its lif .
Advantages
1. Provides a measure that is consistent with one measure that may be applied
by company analysts and so may be more widely understood by less well
financially aware observers.
Disadvantages
1. Does not address shareholder wealth maximisation or the time value of
money.
2. As a percentage (relative measure), ARR does not indicate the size of the
investment.
3. It is based upon accounting profits rather than relevant cash flows.
4. Unlike NPV or IRR, which have risk-based target figures, there is no reliable
way of finding a target ARR.
Example 14
The net operating profit after tax for Rain r Co‟s inv stm nt in th last chapter is
calculated below (note no tax delay shown). The initial capital investment would be
$515,000 with a residual value of $70,000 after 4 years.
Required:
Calculate the accounting rate of return of the project.
Time
Operating contribution
Corporation tax
Tax Allowable Depreciation
Profit after Taxation
1 2
$’000 $’000
180 229
54 69
39 29
165 189
3 4
$’000 $’000
234 142
70 43
22 44
186 143
Average Profit per annum =
Average level of capital employed =
ARR =
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CHAPTER 4 – INVESTMENT 54
APPRAISAL TECHNIQUES
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Chapter 5
Sources of long term finance
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CHAPTER 5 – SOURCES OF LONG TERM FINANCE
CHAPTER CONTENTS
EQUITY --------------------------------------------------------------------57
ORDINARY SHARES 57
PREFERENCE SHARES 57
DEBT -----------------------------------------------------------------------58
SECURITY 58
TYPES OF DEBT 58
TYPES OF ISSUED DEBT 59
OTHER SOURCES----------------------------------------------------------60
ISLAMIC FINANCE--------------------------------------------------------61
WHAT IS ISLAMIC FINANCE? 61
56 w w w .s tudyinte ract ive .o rg
CHAPTER 5 – SOURCES OF LONG TERM FINANCE
EQUITY
Equity relates to the ownership rights in a business.
Ordinary shares
1. Owning a share confers part ownership.
2. High risk investments offering higher returns.
3. Permanent financing.
Advantages (to the company)
1. No fixed charges (e.g. interest payments).
2. No repayment required – shareholders will not force liquidation.
3. Shares in listed companies can be easily disposed of at a fair value, making
them more attractive and, therefore, more valuable, than unlisted companies.
Disadvantages (for the company)
1. Issuing equity finance can be expensive in the case of a public issue (see
later).
2. Carries a higher cost than loan finance, both for risk and for giving no tax
relief.
3. Problem of dilution of ownership if new shares issued.
4. A high proportion of equity can increase the overall cost of capital for the
company. (Chapter 4).
Preference shares
1. Fixed dividend.
2. Paid in preference to (before) ordinary shares.
3. Not very popular, it is the worst of both worlds, ie:
● not tax efficient
● no opportunity for capital gain (fixed return).
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CHAPTER 5 – SOURCES OF LONG TERM FINANCE
DEBT
The loan of funds to a business without any ownership rights.
1. Paid out as an expense of the business (pre-tax).
2. Risk of default if interest and principal payments are not met.
Security
Charges
The debt holder will normally require some form of security against which the funds
are advanced. This means that in the event of default the lender will be able to
take assets in exchange of the amounts owing.
Covenants
A further means of limiting the risk to the lender is to restrict the actions of the
directors through the means of covenants. These are specific requirements or
limitations laid down as a condition of taking on debt financing. They may include:
1. Dividend restrictions.
2. Financial ratios.
3. Financial reports.
4. Issue of further debt.
Types of debt
Debt may be raised from two general sources, banks or investors.
Bank finance
For companies that are unlisted and for many listed companies the first port of call
for borrowing money would be the banks. These could be the high street banks or
more likely for larger companies the large number of merchant banks concentrating
on „s curitis d l ndin ‟.
This is a confidential agreement that is by negotiation between both parties.
Traded investments
Debt instruments sold by the company, through a broker, to investors. Typical
features may include:
1. The debt is denominated in units of $100, this is called the nominal or par
value.
2. Interest is paid at a fixed rate on the nominal or par value.
3. The debt has a lower risk than ordinary shares. It may be protected by the
charges and covenants.
58 w w w .s tudyinte ract ive .o rg
CHAPTER 5 – SOURCES OF LONG TERM FINANCE
Types of issued debt
They include:
Debentures
Debt secured with a charge against assets (either fixed or floating), low risk debt
offering the lowest return of commercially issued debt.
Unsecured loans
No security meaning the debt is more risky requiring a higher return.
Mezzanine finance
High risk finance raised by companies with limited or no track record and for which
no other source of debt finance is available.
buy-out.
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A typical use is to fund a management
59
CHAPTER 5 – SOURCES OF LONG TERM FINANCE
OTHER SOURCES
Sale and leaseback
1. Selling good quality fixed assets such as high street buildings and leasing
them back over many (25+) years.
2. Funds are released without any loss of use of assets.
3. Any potential capital gain on assets is forgone.
Grants
1. Often related to regional assistance, job creation or for high tech companies.
2. Important to small and medium sized businesses (i.e. unlisted).
3. They do not need to be paid back.
Retained earnings
The single most important source of finance, for most businesses the use of
retained earnings is the core basis of their funding.
Warrants
1. An option to subscribe for shares at a specified point in the future for a
specified (exercise) price.
2. The warrant offers a potential capital gain where the share price may rise
above the exercise price.
3. Warrants are commonly given as additional consideration when issuing debt.
● Warrants are issued (granted) with the debt to make lending more
attractive.
● Warrants can be separated from the debt and sold by the lender to raise
cash prior to maturity of the loan stock.
● If the share price performs well and warrants are exercised, it results in
a cash injection to the company – often sufficient to repay the debt.
Convertible loan stock
A debt instrument that may, at the option of the debt holder, be converted into
shares. The terms are determined when the debt is issued and lay down the rate of
conversion (debt:shares) and the date or range of dates at which conversion can
take place.
The convertible is offered to encourage investors to take up the debt instrument.
Th conv rsion off rs a possibl capital ain (valu of shar s › valu of d bt).
The difference with warrants is that the convertible debt holders are the ones who
take up the shares; since warrants are separable from loan stock, there could be
two different groups of investors involved.
60 w w w .s tudyinte ract ive .o rg
CHAPTER 5 – SOURCES OF LONG TERM FINANCE
ISLAMIC FINANCE
What is Islamic finance?
A form of financ that sp cifically follows th t achin s of th Qu‟ran.
Th t achin s of th Qu‟ran ar th basis of Islamic Law or Sharia. Sharia Law is,
however, not codified and as such the application of both Sharia Law and, by
implication, Islamic Finance is open to more than one interpretation.
Prohibited activities
In Shariah Law there are some activities that are not allowed and as such must not
be provided by an Islamic financial institution, these include:
1. Gambling (Maisir)
2. Uncertainty in contracts (Gharar)
3. Prohibited activities (Haram)
Riba
Interest in normal financing relates to the monetary unit and is based on the
principle of time value of money. Sharia Law does not allow for the earning of
interest on money. It considers the charging of interest to be usury or the
„comp nsation without du consid ration‟. This is called Riba and underpins
all aspects of Islamic financing.
Instead of interest a return may be charged against the underlying asset or
investment to which the finance is related. This is in the form of a
premium being paid for a deferred payment when compared to the
existing value.
There is a specific link between the charging of interest and the risk and
earnings of the underlying assets. Another way of describing it is as the
sharing of profits arising from an asset between lender and user of the
asset.
Forms of Sharia compliant finance
There are some specific types of finance that are deemed compliant and allow
Islamic finance to offer similar financial products to those offered in normal
financing, these include:
● Murabaha – trade credit
The sale price of goods is agreed to cover all costs and generate a profit
margin. The time value of money is incorporated in the costs. There is a
r assuranc that th „cr dit‟ is bas d on trad and not simply a financin
transaction.
● Mudaraba – equity finance
A profit sharing contract where one party provides capital and the other the
expertise to invest the capital and manage the activities.
agreed ratio of profit share.
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There is a pre-
61
CHAPTER 5 – SOURCES OF LONG TERM FINANCE ● Musharaka – venture capital
Has more in common with a joint venture than an equity investment. All (or
most) investors will have an active role in managing the business.
„ iminishin musharaka‟ allows for busin ss own rship to radually b
transferred over a period of time to a single owner, in a similar way to
venture capitalists creating an exit strategy based upon sale of shares.
● Ijara – lease finance
A bank makes an asset available to a customer for a fixed period in exchange
for a fixed price. At the end of the period, the customer often has the option
to pay a fixed price in return for transfer of ownership of the asset from the
bank.
● Sukuk – debt finance
62 w w w .s tudyinte ract ive .o rg
Chapter 6
Cost of capital
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CHAPTER 6 – COST OF CAPITAL
CHAPTER CONTENTS
INTRODUCTION TO THE COST OF CAPITAL----------------------------65
COST OF EQUITY----------------------------------------------------------66
1 IVIDEND VALUATION MODEL 66
2 THE CAPITAL ASSET PRICING MODEL (CAPM) 69
THE COST OF DEBT -------------------------------------------------------70
WACC – WEIGHTED AVERAGE COST OF CAPITAL---------------------73
64 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
CHAPTER 6 – COST OF CAPITAL
INTRODUCTION TO THE COST OF CAPITAL
Risk and return
“Risk” is the anticipated variability in income from an investment.
Different investments have different degrees of risk. The higher the risk, the higher
the return required to cover that risk. Importantly, this helps as a starting point to
the identification of a cost of capital.
The two main sources of capital
It is lik ly that a company‟s total financ com s from a numb r of sourc s .
Initially, we will limit our studies to the two main sources of finance:
1. Equity
Ordinary shareholders make an investment which carries with it all the risks of the
business.
The annual return to ordinary shareholders is in no way guaranteed or predictable
and, so, can b d fin d as „risky‟.
2. Debt
Banks and individuals make loans to a company with contractual terms for payment
of interest and repayment of the capital lent . The company is obliged to make any
such payments before being allowed to distribute earnings to shareholders.
Th l nd r oft n insists on „s curity‟; th ri ht to s iz sp cifi d ass ts should th
borrower default on the loan.
The contractual obligation plus any security make debt a far less risky form of
finance with a correspondingly lower required return from investors.
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CHAPTER 6 – COST OF CAPITAL
COST OF EQUITY
This may be calculated in one of two ways:
1. Dividend Valuation Model (DVM).
2. Capital Asset Pricing Model (CAPM).
1 Dividend valuation model
In Chapter 1, we saw that shares may be valued by the market (all shareholders)
based upon future dividends and dividend growth.
P0 = ( )
-
If our company has a listed share price (P0) and we know what dividend and
dividend growth the shareholders are expecting (as financial managers, we have
told them this), then we can rearrange the formula to find the cost of equity (Ke)
that shareholders must have used to arrive at the share value.
= ( )
P
where g =
D0 =
a constant rate of growth in dividends
current dividend
P0 = Th curr nt “ x-div” shar pric
Note: D0(1+g) finds the dividend expect d in on y ar‟s tim ( 1)
“ x-div” is th shar pric imm diat ly after a dividend has been paid
“cum-div” is th pric imm diately before a dividend is paid
Th diff r nc b tw n “ x-div” and “cum-div” is th valu of th
dividend, D0
Example 1
Clarence Co has a share price of $4.00 and has recently paid out a dividend of 20
cents. Dividends are expected to grow at an annual rate of 5%.
Required:
Calculate the cost of equity.
66 w w w .s tudyinte ract ive .o rg
CHAPTER 6 – COST OF CAPITAL
Example 2
Wendyhouse Co has a cum-dividend share price of 369 cents and due to pay out a
dividend of 36 cents per share. Dividends are expected to grow at an annual rate
of 4%. Required:
Calculate the cost of equity.
Estimating Growth
There are 2 main methods of determining growth:
1 THE AVERAGING METHOD
1
g = 1
n
where Do =
Dn =
current dividend
dividend n years ago
Example 3
Sissossokoko Co paid a dividend of 20 cents per share 4 years ago, and the current
dividend is 33 cents. The current share price is $6 ex div. Required:
(a) Estimate the rate of growth in dividends.
(b) Calculate the cost of equity.
Example 4
Masheranno Co paid a dividend of 6 cents per share 8 years ago, and the current
dividend is 11 cents. The current share price is $2.58 ex div. Required:
Calculate the cost of equity.
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c
Days
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R P e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c
Days
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R P e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c
Days
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c
Days
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c
Days
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b
Days
Payables
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D
Days
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D
Days
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CHAPTER 6 – COST OF CAPITAL
2 GOR ON‟S GROWTH MO EL
g = rb
where r = return on reinvested funds
b = proportion of funds retained
Example 5
The ordinary shares of Tories Co are quoted at $5.00 cum div.
A dividend of 40 cents is just about to be paid.
The company has a return on capital employed of 12% and each year pays out
30% of its profits after tax as dividends. Required:
Calculate the cost of equity.
68 w w w .s tudyinte ract ive .o rg
CHAPTER 6 – COST OF CAPITAL
2 The capital asset pricing model (CAPM)
CAPM starts from having a measure of risk (ß) to calculating the required return.
It is particularly useful where our company does not have listed shares and so we
don‟t hav a P0 for the dividend valuation model.
CAPM formula (given in the exam)
E(r) = Rf + ßi (E(rm) – Rf)
Where: E(r ) is Th xp ct d r turn from inv stm nt “i"
f is th r turn availabl “risk fr ”
ßi is th b ta m asurin th risk of inv stm nt “i"
E(rm) is The average expected return from the market (all
investments together)
Example 6
The market return is 15%. Cowt Co has a beta of 1.2 and the risk free return is
8%.
Required:
Calculate the cost of equity.
Market premium (E(rm) – Rf)
The difference between the average expected return from the market and the risk
fr rat is r f rr d to as th „mark t risk pr mium‟.
Example 7
The risk-free rate of return is 6%.
The market risk premium is 8%.
The beta factor for Krauch Co is 0.8.
Required:
Calculate the expected annual return.
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R P e d e d e d V V P D
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
CHAPTER 6 – COST OF CAPITAL
THE COST OF DEBT
There is only one approach to calculate the cost of debt. W can‟t call it “divid nd”
valuation mod l sinc d bt do sn‟t pay divid nds but it follows th sam principl
of: future cash flows related to current market value.
A distinction
1. The “Gross bt Yi ld” is the average annual return to lenders consisting of:
Interest (relative to the amount lent); and,
Capital return (if the amount repaid is different to the amount lent)
2. The cost of debt is the cost to the company of making the payments to
lenders. It consists of interest and capital return (as above) but also:
tax relief that the company earns on interest payments
Notation
1. Gross Debt Yield is Kd
2. Cost of Debt is noted in formulae as Kd(1-t)
However, the cost of debt calculation is more complicated than this may suggest .
Workings
1. Traded debt is always quoted in $100 nominal units or blocks. All workings
are done by reference to $100, regardless of the total amount borrowed.
2. Interest paid on the debt is stated as a percentage of nominal value ($100 as
stated). This is known as the „coupon rate‟. It is not the same as the cost of
debt.
3. Debt can be:
(i) Irredeemable – never paid back.
(ii) redeemable at par (nominal value).
(iii) or redeemable at a premium or discount (for more or less than
nominal).
Kd for irredeemable debt
Kd = i(1- T)
0
where i =
T =
P0 =
interest paid
marginal rate of tax
ex interest (similar to ex div) market price of the loan stock.
70 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
CHAPTER 6 – COST OF CAPITAL
Example 8
The 10% irredeemable loan notes of Raffer Co are quoted at $120 ex int.
Corporation tax is payable at 30%. Required:
Calculate the cost of debt.
Kd for redeemable debt
The Kd for redeemable debt is found by trial and error to see what cost of capital
must have been used to arrive at P0 .
The relevant cash flows would be:
Time Cash flow %
0 Market value of the loan note P0 1 to n Annual interest payments, net of tax i(1 - T)
n Redemption value of loan RV
Example 9
Wornuck Co has 10% loan notes quoted at $102 ex interest r d mabl in 5 y ars‟
time at par. Corporation tax is paid at 30%. Required:
Calculate the cost of debt.
Time Cash %amount 1s t PVF 1s t PV 2nd PVF 2nd PV
1-5 I(1-T)
5 Redemption
0 P0
1s t NPV 2nd NPV www .s tudyinte ract ive .org 71
CHAPTER 6 – COST OF CAPITAL
Technique
1. 7 columns
2. Identify the cash flows
Post tax interest as an annuity
Final redemption value Current ex-interest market value
3. discount using a first guess percentage
4. discount using a second guess,
5. Estimate where, between the two guesses, the NPV would be zero.
NPV
0 r%
72 w w w .s tudyinte ract ive .o rg
CHAPTER 6 – COST OF CAPITAL
WACC – WEIGHTED AVERAGE COST OF CAPITAL
Th w i ht d av ra cost of capital is th av ra of cost of th company‟s
finance (equity, loan notes, bank loans, and preference shares) weighted according
to the proportion each element bears to the total pool of funds.
WACC formula (given)
WACC = V V
ke + V V
kd (1–T)
Where: ke is the cost of equity
Kd(1-T) is the cost of debt
Ve is the total market value of equity in the company
Vd is the total market value of debt in the company
Example 10
The following information is in the statement of financial position of Barrows Co:
$’000
9% bonds r d mabl in s v n y ars ‟ tim 8,000
Ordinary Shares, par value 25c 5,000
Retained Earnings 3,000
The ex-div share price of Barrows Co is $3.00. The 9% bonds are trading on an ex-
interest basis at $85.00 per $100 bond.
The cost of equity has already been calculated at 15% and the cost of debt is 7.6%.
Required:
Calculate the weighted average cost of capital.
www .s tudyinte ract ive .org 73
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
CHAPTER 6 – COST OF CAPITAL
Using WACC
WACC can b us d to valuat th company‟s investment projects if the following
conditions apply:
1. The project is insignificant relative to the size of the company;
2. Or th company adopts a „pool d funds‟ approach and:
(i) The company will maintain its existing capital structure in the long run
(ie same financial risk);
(ii) The project has the same degree of business risk as the company has
now.
Convertible Loan Stock
A loan note with an option to convert the debt into shares at a future date with a
predetermined price. In this situation the holder of the debt has the option
therefore the redemption value is the greater of either:
1. The share value on conversion, or
2. The cash redemption value if not converted.
Example 11
Doodeck Co has convertible loan notes in issue that may be redeemed at a 10%
premium to par value in 4 years. The coupon is 10% and the current market value
is $110.
Alternatively the loan notes may be converted at that date into 25 ordinary shares .
The current value of the shares is $4 and they are expected to appreciate in value
by 6% per annum.
The tax rate is 30%.
Required:
Calculate the cost of convertibles.
74 w w w .s tudyinte ract ive .o rg
CHAPTER 6 – COST OF CAPITAL
Preference shares
A fixed rate charge to the company in the form of a dividend rather than in terms of
interest. Preference shares are normally treated as debt rather than equity but
they are not tax deductible. They can be treated using the dividend valuation
model with no growth:
Kp = d
0
Example 12
Mahan Co‟s 9% pr f r nc shar s ($ ) ar curr ntly tradin at $ .4 x-div.
Required:
Calculate the cost of the preference shares.
Non-tradable debt
Bank loans and other non-traded loans have a cost of debt equal to the coupon rate
adjusted for tax.
Kd = Interest rate x (1 – T)
Example 13
Trory Co has a loan from the bank at 12% per annum. Corporation tax is charged
at 30%. Required:
Calculate the cost of debt. www .s tudyinte ract ive .org 75
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R P e d e d e d V V P D a e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
CHAPTER 6 – COST OF CAPITAL
Kd for redeemable debt (when redeemed at current market
value)
We could just use the technique outlined above but if the current market value and
the redemption value are the same instead the irredeemable debt formula can be
used.
Example 14
The 10% loan notes of Raffer Co are quoted at $120 ex int . Corporation tax is
payable at 30%. Th y will b r d m d at a pr mium of $2 ov r par in 4 y ars‟
time Required:
What is the net of tax cost of debt using:
(a) redeemable debt calculation?
(b) irredeemable debt calculation?
76 w w w .s tudyinte ract ive .o rg
Chapter 7
Capital structure: financial risk
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CHAPTER 7 – CAP ITAL STRUCTURE: F INANCIAL RISK
CHAPTER CONTENTS
CAPITAL STRUCTURE AND THE COST OF CAPITAL--------------------79
GEARING THEORIES------------------------------------------------------80
THE TRADITIONAL VIEW OF CAPITAL STRUCTURE 80
MODIGLIANI AND MILLER – NET OPERATING INCOME 81
PROBLEMS WITH HIGH GEARING 82
PECKING ORDER THEORY 82
78 w w w .s tudyinte ract ive .o rg
CHAPTER 7 – CAP ITAL STRUCTURE: FINANCIAL RISK
CAPITAL STRUCTURE AND THE COST OF CAPITAL
WACC can only be used if the capital structure (financial risk) of a company
remains unchanged.
Impact of debt financing on the WACC
Two competing effects
Reduction in WACC
Debt finance is cheaper because:
Less risky to investor
Tax relief in interest paid
Increase in WACC
Debt introduces financial risk which increases Ke, should lead to an increase
in WACC
The risk associated with debt
financing is borne by the shareholders
Kd ‹ e, an increase in debt funding
should lead to a fall in WACC
Financial risk
A shar hold r‟s arnin s in any company ar risky, d p ndin on th natur of
business carried out by the company.
If the company adds debt to the capital structure, by borrowing, the earnings
available to shar hold rs b com v n mor risky as th l nd rs will hav a „prior
char ‟ (oft n fix d) ov r th company‟s arnin s.
Illustration
All Equity Including Debt
Year
PBIT
Interest
Taxable
Tax (30%)
PAT (Earnings)
1 2 3
12,000 18,000 6,000
- - -
12,000 18,000 6,000
3,600 5,400 1,800
8,400 12,600 4,200
1 2 3
12,000 18,000 6,000
3,000 3,000 3,000
9,000 15,000 3,000
2,700 4,500 1,200
6,300 10,500 1,800
Year-on-year x 1.50 x 0.33 x 1.67 x 0.17
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CHAPTER 7 – CAP ITAL STRUCTURE: F INANCIAL RISK
GEARING THEORIES
The traditional view of capital structure
Cost of equity
At relatively low levels of gearing the increase in gearing will have relatively low
impact on Ke. As gearing rises the impact will increase Ke at an increasing rate.
Cost of debt
There is no impact on the cost of debt until the level of gearing is prohibitively high.
When this level is reached the cost of debt rises.
Ke
Cost
of
capital
WACC
Kd(1-T)
Gearing (D/E)
Key point
There is an optimal level of gearing at which the WACC is minimised.
Since company value is based on:
P0 = ( )
-
the value of the company is maximised with a minimum cost of capital.
80 w w w .s tudyinte ract ive .o rg
CHAPTER 7 – CAP ITAL STRUCTURE: FINANCIAL RISK
Modigliani and Miller – net operating income
The basis of this theory is that a company with debt in its capital structure will pay
out a higher total to investors than it would with only equity.
Illustration
Year
PBIT
All Equity 1 2 3
12,000 18,000 6,000
Including Debt 1 2 3
12,000 18,000 6,000
Interest
PAT (Earnings)
Total to Investors
- - -
8,400 12,600 4,200 8,400 12,600 4,200
3,000 3,000 3,000
6,300 10,500 1,800 9,300 13,500 4,800
With a higher return available, investors (debt and equity in total) would be
prepared to invest a higher amount, giving the geared company a higher total
value.
Since the operating cash flows and their growth are the same, the only dif ference
between the two has to be that the geared company has a lower cost of capital
(WACC).
Implication
As the level of gearing rises the overall WACC falls.
having the highest level of debt possible.
Cost
of capital
The company benefits from
Ke
WACC
Kd(1-t)
Gearing (D/D+E)
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CHAPTER 7 – CAP ITAL STRUCTURE: F INANCIAL RISK
Problems with high gearing
It is rare to find firms who seek to have very high gearing. This is due to problems
such as:
● bankruptcy
● tax exhaustion
● loss of borrowing capacity
● risk attitude of potential investors.
Pecking order theory
A reflection that funding of companies does not follow theoretical rules but instead
oft n follows th „path of l ast r sistanc ‟.
A suggested order is as follows:
1s t retained earnings
2nd bank debt
3rd issue of equity.
82 w w w .s tudyinte ract ive .o rg
Chapter 8
Business risk and
adjusted discount rates
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CHAPTER 8 – BUSINESS RISK AND ADJUSTED DISCOUNT RATES
CHAPTER CONTENTS
CAPM-----------------------------------------------------------------------85
LIMITATIONS OF USING CAPM 87
FINDING A BETA 87
CAPM AND FINANCIAL GEARING ---------------------------------------89
IFFERING BETA VALUES 89
QUESTION APPROACH 90
84 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
CHAPTER 8 – BUSINESS RISK AND ADJUSTED DISCOUNT RATES
CAPM
We need to understand the limitations of the Capital Asset Pricing Model and, to do
that, we need a good understanding of the three components of the formula.
The risk-free rate of return Rf
This is an estimate of the future return from risk free investments, such as
government loan stocks.
Is it an amount that we can predict with any degree of certainty?
The expected average return from the market E(Rm)
This is a „b st u ss‟ stimat of th r turn that all stocks and bonds will r turn to
investors in the future. If this is over-estimated, the resulting cost of capital would
be too high, possibly resulting in us rejecting worthwhile opportunities. If under-
estimated, we might accept investment opportunities which do not give sufficient
return to compensate investors for their risk.
Beta
A beta value is calculated using regression analysis of historical data plotting the
total return on a share over a 12 month period against the total return on the
whole market over the same period.
Total return on the share is calculated by looking that the change in share price and
the dividend as a percentage.
Example 1
From the following information about share in Carol Co, calculate the annual return
to June 2011 and the annual return to September 2011.
2010 2011
June
Share price (cents) 400
September June
480 440
September
482
Dividend (paid December) 10 cents 15 cents
This data is historical and, therefore, not a reliable indicator of future
performance. However, it forms the basis of our calculation of beta.
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CHAPTER 8 – BUSINESS RISK AND ADJUSTED DISCOUNT RATES
Calculating beta
You will not perform any calculations of beta from historical data but need to be
aware of one critical point.
Regression Analysis finds a straight line of best fit through pairs of data.
Return on
Share x
x
x
x x
x
x x x
x x
Return on Market
Th slop of this lin is th shar ‟s b ta valu , r fl ctin busin ss and financial risk
relative to the average in the stock market.
The beta value ignores that most of the pairs of data lie some way off the line of
best fit. Th diff r nc b tw n ach „x‟ and th lin of b st fit is du to a specific
factor relating to that company at the specific time the data are gathered.
Unsystematic risk
Th s sp cific variations ar known as th „unsyst matic risk‟ of th shar . In
using CAPM, we assume that shareholders are not affected by (or exposed to)
unsystematic risk.
Diversification
An investor can minimise his exposure to specific risk factors of an industry or a
particular company by spreading his wealth over a diverse range of stocks and
shares, creating a balanced and diversified portfolio of investments.
In a well-diversified portfolio, losses or poor returns on one share will be balanced
by better than expected returns on others. In other words, positive unsystematic
risk factors will be cancelled elsewhere by negative unsystematic risk factors.
An investor with a well-diversified portfolio can, therefore, ignore unsystematic risk
and concentrate on earning the returns indicated by CAPM, reflectin “systematic
risk” only.
86 w w w .s tudyinte ract ive .o rg
CHAPTER 8 – BUSINESS RISK AND ADJUSTED DISCOUNT RATES
Limitations of using CAPM
As well as calculating costs of capital using CAPM, questions will expect you to
explain the circumstances in which CAPM is appropriate.
Criticisms of the CAPM
1. Using beta assumes that all shareholders invest in well diversified portfolios.
Whilst this may be the case for the majority of companies listed on major
stock exchanges, it is very unlikely to be the case for smaller, family -run
businesses.
2. Any beta value calculated will be based on historic data which may not be
appropriate currently.
3. The market return may change considerably over short periods of time.
4. CAPM assumes an efficient investment market where it is possible to diversify
away risk. This is not necessarily the case meaning that some unsystematic
risk may remain.
Finding a beta
Questions will never expect you to calculate a beta from first principles. You will,
however, have to know where to look for the appropriate beta so that you can work
out the correct cost of capital. There are three main scenarios.
1. A quoted company expanding its current activities
Since it is quoted, it will have its own beta value.
Since it is staying in the same business area, the given beta value reflects the
risks of the new investment.
2. A quoted company diversifying into new areas of business
Th company‟s curr nt b ta do s not r fl ct th busin ss risk of th n w
investment so should not be used.
We need to find the beta of a company in the same business sector as the
new activity – a “proxy” company.
(W may n d to adjust th proxy company‟s b ta for financial risk
differences).
3. An unlisted company
Since it has no listed share price, there will be no beta value for the company.
Therefore, we would always have to find a proxy company.
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CHAPTER 8 – BUSINESS RISK AND ADJUSTED DISCOUNT RATES
Example 2
2shack Co is a listed company whose shares have a beta of 0.7 and a cost of capital
of 17% p.a. rf
= 10% and rm
= 20%.
A new project has arisen with an estimated beta of 1.3. Required:
(a) What is the required return of the project?
(b) What relationship does this have to the cost of capital to the
company? 88 w w w .s tudyinte ract ive .o rg
CHAPTER 8 – BUSINESS RISK AND ADJUSTED DISCOUNT RATES
CAPM AND FINANCIAL GEARING
If we introduce debt financing, the level of risk will rise and hence the cost of equity
Ke will rise.
Differing beta values
Risk
βequity
Financial Risk
β asset
Business Risk for
„this‟ industry
Risk Free βdebt = 0
Gearing (D/D+E)
Equity beta (βequity)
A measure of risk incorporating both business risk and financial risk.
Asset beta (βasset)
A measure solely of business risk. In a debt-free company, the equity beta would
be the asset beta. The asset beta will be the same for all companies in the same
industry.
Key formula
V V (1T)
(V V (1T)) e(V V (1T))
d
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
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CHAPTER 8 – BUSINESS RISK AND ADJUSTED DISCOUNT RATES
Question approach
1. Equity beta
Identify a suitable equity beta – we need a value from a company in the similar
industry. This beta will probably include gearing risk (if the company has any debt
finance).
2. De-gear
Use the formula given to strip out the gearing risk to calculate the asset beta for
the project. The asset beta will be the same for all companies/ projects in a similar
industry.
3. Average asset beta
To calculate a meaningful asset beta it is useful to use a simple average of a
number of proxy asset betas. This way a better assessment of the level of
systematic risk suffered by the industry is calculated.
4. Re-gear
Re-work the same formula to add back the unique gearing relating to the project.
5. Use CAPM
Calculate the cost of equity using the CAPM formula.
Example 3
Foreignin Co is a wooden doll manufacturer with an equity:debt ratio of 5:3. The
corporate debt, which is risk free, has a gross redemption yield of 6%. The beta
valu of th company‟s quity is .2. The average return on the stock market is
11%. The corporation tax rate is 30%.
The company is considering a games console project. The following three
companies are currently operating in the gaming industry.
Company
Equity beta
Debt (%)
Equity (%)
T L C
1.05 1.10 1.18
30 35 40
70 65 60
Foreignin Co maintains its existing capital structure after the implementation of the
new project.
Required:
What would be a suitable cost of capital to apply to the project?
90 w w w .s tudyinte ract ive .o rg
CHAPTER 8 – BUSINESS RISK AND ADJUSTED DISCOUNT RATES
Example 4
Tush-aq Co, an all equity agro-chemical firm, is about to diversify into the
consumer pharmaceutical industry. Its current equity beta is 0.8, whilst the
average equity of pharmaceutical firms is 1.3. Gearing in the pharmaceutical
industry averages 40% debt, 60% equity. Corporate debt is considered to be risk
free.
Rm = 10%, R = 4%, corporation tax rate = 30%. Required:
What would be a suitable cost of equity for the new investment if Tush-aq
were to finance the new project in each of the following ways:
(a) 30% debt;
(b) 70% debt? www .s tudyinte ract ive .org 91
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
CHAPTER 8 – BUSINESS RISK AND ADJUSTED DISCOUNT RATES 92 w w w .s tudyinte ract ive .o rg
Chapter 9
Financial performance measurement
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CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
CHAPTER CONTENTS
PROFITABILITY RATIOS-------------------------------------------------95
RETURN ON CAPITAL EMPLOYED – ROCE 95
RETURN ON EQUITY – ROE 95
GEARING ------------------------------------------------------------------97
COST 97
ISK – FROM THE PERSPECTIVE OF THE COMPANY 97
FINANCIAL GEARING MEASURES---------------------------------------99
CAPITAL GEARING 99
INTEREST COVER 100
INVESTOR RATIOS ----------------------------------------------------- 102
94 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R P e d e d e d V V P
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
PROFITABILITY RATIOS
The underlying short-term aim of a company.
There are two basic measures:
1. Return on Capital Employed (ROCE).
2. Return on Equity.
Return on capital employed – ROCE
A measure of the underlying performance of the business before finance.
It considers the overall return before financing. It is not affected by gearing.
ROCE = Operating Profit
X 100 Capital employed
Operating profit
Also known as PBIT or profit before interest and tax.
Capital employed
The total funds invested in the business, it includes Equity and Long-term Debt.
Return on equity – ROE
A measure of return to the shareholders. It is calculated after taxation and before
dividends have been paid out. It will be affected by gearing.
ROE = Profit after tax
X 100
Equity
Key working
$
PBIT
less Interest ()
PBT
Less Tax ()
PAT
Less Dividends ()
Retained Earnings
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CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
Example 1 Case
A company is considering a number
project may be funded by $20m
statements given the project has be
Statement of Financial Position extr
Equity Creditors
Debentures (10%) Capital Share Capital (50p)
Share Premium
Reserves
Income Statement extract
$m Turnover
Gross Profit
less expenses (excluding interest)
Operating Profit
Corporation Tax is charged at 30%.
Required:
Calculate profitability ratios an
company under both equity and
of fu
of e
en fu
act
Fina $m
0.0
nding options for
quity or debt . nded in either ma nce Deb
) 0
pare the
financ funding.
a ne
Belo
nner. t
Fina $m 20.0
w project . The
new w are the
financial nce erformance of the
22.0
10.0
10.0
14.5
4.5
3.0 42.0
22.0
200.0
40.0 (30.
0
10.
d com
debt
ial p
96 w w w .s tudyinte ract ive .o rg
CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
GEARING
Should we finance the business using debt or equity?
There are two basic considerations:
1. Cost.
2. Risk.
Cost
Any finance will incur servicing costs, debt will require interest payments and equity
will require payment of dividends or at least capital growth. On the basis of cost of
servicing we would always pick debt over equity. Debt should be less expensive for
two reasons:
1. Risk
The debt holder is in a less risky position than the shareholder. The lower risk is
due to two factors:
1. Fixed terms – A legal obligation to pay interest and repay debt on stated
dates.
2. Security – Charges or covenants against assets.
2. Tax
Debt is tax deductible because the debt holders are not owners of the business .
Equity however will receive a return after tax because they receive an appropriation
of profits. Debt is therefore tax efficient.
Risk – from the perspective of the company
Risk may be split into two elements:
1. Business risk.
2. Financial risk.
Business risk
Business risk is inherent to the business and relates to the environment in which
the business operates.
1. Competition
2. Market
3. Legislation
4. Economic conditions.
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CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
Financial risk (see chapter 4)
If the company finances itself using debt as well as equity then it must generate
sufficient cash flow to pay interest payments as they fall due. The greater the level
of debt, the greater the interest payments falling due and the greater the volatility
of earnings available to shareholders. This is financial risk.
Gearing causes increased risk.
There are two areas of gearing:
1. Operating gearing
Risk associated with the level of fixed costs within a business.
Illustration
Year
Year-on-year
Low Op Gearing 1 2 3
+50% -67%
High Op Gearing 1 2 3
+50% -67%
Turnover
Variable Cost
Fixed Costs
PBIT
12,000 18,000 6,000
6,000 9,000 3,000
1,000 1,000 1,000
5,000 8,000 2,000
12,000 18,000 6,000
1,000 1,500 500
6,000 6,000 6,000
5,000 10,500 (500)
Year-on-year +60% -75% +110% -105%
The higher the fixed cost, the more volatile the profit before interest and tax. This
is one of the main indicators of business risk.
A financial manager does not aim to affect the cost structure; this is not one of our
3 key decisions. However you must be aware that the level of operating risk will
impact on the level of financial risk that a company is willing to take on.
2. Financial gearing
Risk associated with debt financing.
Impact
A company can/must accept some level of risk, and is willing to trade additional risk
for additional gain. The effect of risk is cumulative: if a company already has high
operating gearing it will have to be more conservative with its financial gearing.
98 w w w .s tudyinte ract ive .o rg
CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
FINANCIAL GEARING MEASURES
Th mix of d bt to quity within a firm‟s p rman nt capital.
There are two measures:
1. Capital Gearing – a balance sheet measure.
2. Interest Cover – a profit and loss account measure.
Capital gearing
The mix of debt to equity.
Ratio measure (equity gearing)
Gearing = Debt
X 100 Equity
Proportions measure (total or capital gearing)
Gearing = Debt
X 100 Debt + Equity
Debt
All permanent capital charging a fixed interest may be considered debt.
1. Debentures and loans,
2. bank overdraft (if significant),
3. preference share capital.
Equity
1. Ordinary share capital,
2. share premium,
3. reserves.
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CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
Example 3
Statement of financial position extract for Wednap Co
$m $m
Bank overdraft 5.0
9.0
3.0
Long-term liabilities Debenture 10% (8.0)
15.0 Capital
Ordinary share capital 8.0
Ordinary share premium 4.0
Preference share capital 1.0
Reserves 2.0 15.0
Required:
Calculate the financial gearing of the business using both methods.
Interest cover
An income statement measure that considers the ability of the business to cover
the interest payments as they fall due.
Interest cover = PBIT
Interest
Example 4
Stan Ltd statement of comprehensive income extract :
$m
Operating Profit 20.0
Interest (4.5)
Profit Before Tax 15.5
Tax @ 30% (4.65)
Profit After Tax 10.85
Required:
(a) Calculate the interest cover.
(b) Advise whether this level of cover is safe.
100 w w w .s tudyinte ract ive .o rg
CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
Example 5
It is 2012. Arwin plans to raise $5m in order to expand its existing chain of retail
outlets. It can raise the finance by issuing 10% loan notes redeemable in 2019, or by a rights issue at $4.00 per share.
as follows.
Income statement for the last year
Sales
Cost of sales
Gross profit
Administration costs
Profit before interest and tax
Interest
Profit before tax
Taxation at 30%
Profit after tax
Dividends
Retained earnings
The current financial statements of Arwin are
$'000
50,000
30,000
20,000
14,000
6,000
300
5,700
1,710
3,990
2,394
1,596
Statement of Financial Position (Balance sheet) extract $'000
Net non-current assets 20,100
Net current assets 4,960
12% loan notes 2014 2,500
22,560
Ordinary shares, par value 25c 2,500
Retained profit 20,060
22,560
The expansion of business is expected to increase sales revenue by 12% in the
first year. Variable cost of sales makes up 85% of cost of sales. Administration
costs will increase by 5% due to new staff appointments. Arwin has a policy of
paying out 60% of profit after tax as dividends and has no overdraft. Required:
(a) For each financing proposal, prepare the forecast income statement
after one additional year of operation.
(b) Evaluate and comment on the effects of each financing proposal on
the following:
(i) Financial gearing;
(ii) Operational gearing;
(iii) Interest cover;
(iv) Earnings per share.
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
INVESTOR RATIOS
Assessing the financial position of the company using key information from the
financial statements.
Dividend cover/ dividend payout ratio
Earnings per share/ PAT
Price/ earnings ratio
DPS/ total dividend
Dividend yield
Share price/ total MV
Earnings per share (EPS)
EPS =
Example 6
The Hoopia Co earned profits after tax of $14m. There are 6 million ordinary
shares in c irculation.
Required:
Calculate the EPS for Hoopia.
102 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
Price earnings ratio (P/E ratio)
The P/E ratio is an indicator of future earnings growth expectations; it compares
the market value to the current earnings.
PE Ratio Current Share Price
EPS
Total Market Value (MV)
Profit After Tax
Example 7
Share Price
EPS
Dividend per share
Number of shares
Dan
200c
10c
2c
2 million
Steph
80c
8c
8c
4 million
Required:
Which company is seen to have a better future by the market?
Dividend payout ratio
The relationship between the dividend paid and the funds available to pay the
dividend, ie the attributable profit.
Dividend cover = Earnings per share
Dividend per share
Profit after tax
Total dividends
Example 7 cont’d Required:
Calculate the dividend payout ratio for each company.
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1
CHAPTER 9 – FINANCIAL PERFORMANC E MEASUREMENT
Dividend yield
Dividend yield = Dividend per share
Share price
Total dividends
Total market value
The cash return from holding a share. It is theoretically irrelevant because it only
considers part of the return available to the shareholder (the other part being the
capital gain or increase in share price).
Example 7 cont’d Required:
Calculate each company’s dividend yield.
Total shareholder return (TSR)
A measure covering the two returns an investor will receive as a result of holding
the share, ie the dividend and the capital gain or loss.
TSR =
Capital gain = current share price - share price at the beginning of the year.
Example 8
2006 2007 2008
Turnover $7.2m $8.0m $7.9m
EPS 58.1c 60.2c 60.1c
DPS 24.3c 26.3c 27.6c
Closing share price $7.25 $8.85 $7.34
Return on equity 11% 9% Required:
Compare and contrast the financial performance of the company with the
expected return on equity.
104 w w w .s tudyinte ract ive .o rg
Chapter 10
Raising equity finance
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CHAPTER 10 – RAISING EQUITY FINANCE
CHAPTER CONTENTS
RAISING EQUITY FINANCE-------------------------------------------- 107
UNLISTED COMPANIES 107
LISTED COMPANIES 107
EQUITY ISSUES BY LISTED COMPANIES----------------------------- 109
IGHTS ISSUES 109
106 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
CHAPTER 10 – RAISING EQUITY FINANCE
RAISING EQUITY FINANCE
Unlisted companies
Fundamental issue
As an unlisted company it will be difficult to raise any equity finance. This is due to
the following reasons:
1. Lack of audited information.
2. Marketability.
3. Higher risk of unlisted companies.
Sources of equity for unlisted companies
1. Own funds
2. Retained earnings
3. Friends and family
4. Venture Capital
● High risk/ high return.
● Close relationship between VC and the company being offered finance.
● Medium term (5 – 7 years).
● Exit strategy.
5. Business Angels
6. Private placing.
Listed companies
The methods of obtaining a listing are:
1. Fixed price offer for sale
Offered to the general public at a fixed price.
It has the potential to raise the highest possible price for the company by being
offered to the widest possible market.
The problem is the cost associated with floatation which can be prohibitive.
Advantage: The widest market for shares is sought and hence the highest price
should be achieved.
2. Offer for sale by tender
Investors are able to bid for shares and the shares are issued only to those
investors who have bid at the striking price or above.
Advantage: Useful where it is difficult for the company to assess the value of the
shares on the stock exchange.
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CHAPTER 10 – RAISING EQUITY FINANCE
3. Placing
Shares are placed with / sold to institutional investors, keeping the cost of the issue
to a minimum.
Advantage: Cheaper to issue shares.
4. Stock exchange introduction
Shares are introduced to the exchange without any new shares being issued.
108 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1
CHAPTER 10 – RAISING EQUITY FINANCE
EQUITY ISSUES BY LISTED COMPANIES
A listed or quoted company is better able to raise equity finance.
Rights issues
A rights issue is the right of existing shareholders to subscribe to new share issues
in proportion to their existing holdings. This is to protect the ownership rights of
each investor.
Advantages
1. Low cost
2. Protect ownership rights
3. Rarely fail.
Theoretical ex-rights price (TERP)
The new share price after the issue is known as the theoretical ex-rights price and
is calculated by finding the weighted average of the existing market price and the
issue price, weighted by the number of shares ex-rights.
Value of a right
The new shares are issued at a discount to the existing market value, this gives the
rights some value.
Value of a right = Ex-rights price - Issue price
Example 1
Marcus plc, which has an issued capital of 4,000,000 shares, having a current
market value of $2.80 each, makes a rights issue of one new share for every three
existing shares at a price of $2.00.
Required:
Calculate the theoretical ex-rights price and the value of each right.
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o
CHAPTER 10 – RAISING EQUITY FINANCE
Shareholders’ options
Th shar hold r‟s options with a ri hts issu ar to:
1. Take up (buy) the rights
2. Sell the rights
3. A bit of both
4. Do nothing.
Example 2 Tirwen
Tirwen is a medium-sized manufacturing company which is considering a 1 for 5
rights issue at a 15% discount to the current market price of $4.00 per share.
Issue costs are expected to be $220,000 and these costs will be paid out of the
funds raised. It is proposed that the rights issue funds raised will be used to
redeem some of the existing loan stock at par. Financial information relating to
Tirwen is as follows: Current statement of financial position (balance sheet)
$'000 $'000
Non-current assets 6,550
Current assets
Inventory 2,000
Receivables 1,500
Cash 300
3,800
10,350
Ordinary shares (par value 50c) 2,000
Reserves 1,500
12% loan notes 2X12 4,500 Current liabilities
Trade payables 1,100
Overdraft 1,250
2,350
10,350 Other information:
Price/earnings ratio of Tirwen: 15.24
Overdraft interest rate: 7%
Tax rate: 30%
Sector averages: debt/equity ratio (book value): 100% interest cover: 6 times
110 w w w .s tudyinte ract ive .o rg
CHAPTER 10 – RAISING EQUITY FINANCE
Required:
(a) Ignoring issue costs and any use that may be made of the funds
raised by the rights issue, calculate:
(i) the theoretical ex rights price per share;
(ii) the value of rights per existing share. (3 marks)
(b) What alternative actions are open to the owner of 1,000 shares in
Tirwen as regards the rights issue? Determine the effect of each of
these actions on the wealth of the investor. (6 marks)
(c) Calculate the current earnings per share and the revised earnings per
share if the rights issue funds are used to redeem some of the existing loan notes.
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(6 marks)
111
CHAPTER 10 – RAISING EQUITY FINANCE 112 w w w .s tudyinte ract ive .o rg
Chapter 11
Efficient market
hypothesis
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CHAPTER 11 – EFFICIENT MARKET HYP OTHESIS
CHAPTER CONTENTS
INTRODUCTION TO EMH----------------------------------------------- 115
DEGREE OR FORMS OF EFFICIENCY ---------------------------------- 116
IMPLICATIONS OF EMH FOR FINANCIAL MANAGERS -------------- 117
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CHAPTER 11 – EFFICIENT MARKET HYP OTHESIS
INTRODUCTION TO EMH
A market is efficient if:
● The prices of securities traded in that market reflect all the relevant
information accurately and rapidly, and are available to both buyers and
sellers.
● No individual dominates the market.
● Transaction costs of buying and selling are not so high as to discourage
trading significantly.
● Market efficiency from the perspective of the EMH relates to the efficiency of
information, the better the information received by investors, the better and
more informed the decisions they make will be.
Fundamental value of shares
As seen in chapter 1, the theoretical value of a share is based upon the dividends,
growth and risk:
P0 = ( )
-
If the market price of a share is different to that calculated using fundamental
analysis, then there must be a difference in how the share price is arrived at which
would suggest that the stock market has not processed information in the way that
the theory indicates.
The market would be said to be less than perfectly efficient. Either:
● Investors are not receiving full information about the company, or
● Investors do not use fundamental analysis, perhaps relying on speculation to
make share buying decisions.
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CHAPTER 11 – EFFICIENT MARKET HYP OTHESIS
DEGREE OR FORMS OF EFFICIENCY
For the purpose of testing, EMH is usually broken down into 3 forms as follows:
1. Weak form
Weak form hypothesis states that current share prices reflect all relevant
information about the past price movements and their implications. If this is true,
then it should be impossible to predict future share price movements from historic
information or pattern.
Share prices only changes when new information about a company and its profits
have become available. Since new information arrives unexpectedly, changes in
share prices should occur in a random fashion, hence weak form can be referred to
as random walk hypothesis.
2. Semi- strong form
Semi-strong form hypothesis state that current share prices reflects both
(i) all relevant information about past price movement and their implications;
and
(ii) publicly available information about the company.
Any new public ly accessible information whether comments in the financial press,
annual reports or brokers investment advisory services, should be accurately and
immediately reflected in current share prices, so investment strategies based on
such public information should not enable the investor to earn abnormal profit
because these will have already been discounted by the market.
3. Strong form
The strong form hypothesis states that current share prices reflect all relevant
information available from
● past price changes
● public knowledge; and
● insider knowledge available to specialists or experts such as investment
managers.
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CHAPTER 11 – EFFICIENT MARKET HYP OTHESIS
IMPLICATIONS OF EMH FOR FINANCIAL MANAGERS
If capital markets are efficient, the main implications for financial managers are:
1. The timing of issues of debt or equity is not critical, as the prices quoted in
th mark t ar „fair‟. That is price will always reflect the true worth of the
company, no over or under valuation at any point.
2. An entity cannot mislead the markets by adopting creative accounting
techniques.
3. Th ntity‟s shar pric will r fl ct th n t pr s nt valu of its futur cash
flows, so managers must only ensure that all investments are expected to xc d th company‟s cost of capital.
4. Large quantities of new shares can be sold without depressing the share price.
5. The market will decide what level of return it requires for the risk involved in
making an investment in the company. It is pointless for the company to try
to chan th mark t‟s vi w by issuin diff r nt typ s of capital instrum nt.
6. Mergers and takeovers. If shares are correctly priced this means that the
rationale behind mergers and takeovers may be questioned. If companies are
acquired at their current market valuation then the purchasers will only gain if
they can generate synergies (operating economies or rationalisation). In an
efficient market these synergies would be known, and therefore already
incorporated into the price demanded by the target company shareholders.
The more efficient the market is, the less the opportunity to make a speculative
profit because it becomes impossible to consistently out -perform the market.
Evidence so far collected suggests that stock markets show efficiency that is at
least weak form, but tending more towards a semi-strong form. In other words,
current share prices reflect all or most publicly available information about
companies and their securities.
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CHAPTER 11 – EFFICIENT MARKET HYP OTHESIS 118 w w w .s tudyinte ract ive .o rg
Chapter 12
Valuation
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CHAPTER 12 – VALUATION
CHAPTER CONTENTS
BUSINESS VALUATION------------------------------------------------- 121
REASONS FOR VALUATION 121
COMPANY ACQUISITION 121
APPROACHES 121
VALUING SHARES ------------------------------------------------------ 122
THE DIVIDEND VALUATION MODEL 122
ASSET BASED VALUATIONS 123
INCOME / EARNINGS BASED METHODS 125
PV OF THE FREE CASH FLOWS 126
VALUATION OF DEBT--------------------------------------------------- 129
IRREDEEMABLE DEBT 129
REDEEMABLE DEBT 130
CONVERTIBLE DEBT 130
PREFERENCE SHARES 131
NON-TRADED DEBT 131
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CHAPTER 12 – VALUATION
BUSINESS VALUATION
Reasons for valuation
The purpose of conducting the valuation will have an impact on the approach taken
and factors considered in arriving at the value:
● Buying a business
● Selling a (going concern) business
● Selling an unwanted business
● Seeking finance.
Company acquisition
When an investor buys a company, the investment involves paying an acceptable
amount for the shares of the company and usually results in the investor assuming
responsibility for any debt carried by the company.
Debt will usually be valued as the present value of future interest and redemption.
The value of shares is open to wider variation in approach. Ultimately, any agreed
price will depend on the arguing positions of the two parties to the acquisition,
rather than the result of a formulaic approach.
Approaches
The three main approaches are:
● Dividend valuation model.
● Income / earnings basis.
● Asset basis.
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CHAPTER 12 – VALUATION
VALUING SHARES
The dividend valuation model
Seen earlier, the value of the share is the present value of the expected future
dividends discounted at the cost of equity.
d (1g) o ke g
FORMULA GIVEN
Advantages
1. Considers the time value of money and has an acceptable theoretical basis.
2. Particularly useful when valuing a minority stake of a business.
Disadvantages
1. Difficulty estimating an appropriate growth rate.
2. The model is sensitive to key variables.
3. The growth rate is unlikely to be constant in practice (although the formula
above assumes this to simplify DCF whilst it is possible to forecast and
discount varying cash flows).
Note
VE = Share price x Total number of shares.
Example 1
A company has the following information:
Share capital in issue is 20m ordinary shares, with a 25¢ par value.
Current dividend per share (paid recently) - 4¢
Dividend five years ago – 2.5¢
Current equity beta 0.6
Market information:
Current market return 17%
Risk-free rate 6%
Required:
Calculate the market value of the company.
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R P e d e d e d V V P D a
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
CHAPTER 12 – VALUATION
Example 2
A company has the following information:
Ordinary share capital (10m par value 50c)
Current dividend (ex div) - 16¢
Current EPS - 20¢
Current return earned on assets - 20%
Current equity beta 0.9
Current market return 11%
Risk-free rate 6%
Required:
Find the market capitalisation of the company.
Asset based valuations
Weaknesses
● Investors do not normally buy a company for the book value of its assets, but
for the earnings / cash flows that the sum of its assets can produce in the
future.
● It ignores intangible assets. It is very possible that intangible assets are more
valuable than the balance sheet assets.
Uses for asset based valuations:
● Asset stripping.
● To identify a minimum price in a takeover.
● If the assets are predominantly tangible assets.
Types of asset based measures
Book value
There is never a circumstance where book value is an appropriate valuation base.
It may however be used as a stepping stone towards identifying another measure.
Net realisable value
Only used to establish a minimum value for an asset, it may be difficult to find an
appropriate value over the short term. Used for a company when being broken up
or asset stripped.
Replacement cost
May be used to find the maximum value for an asset.
going concern.
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Used for a company as a
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CHAPTER 12 – VALUATION
Example 3
Below is the most recent Statement of Financial Position for Fagin Co:
Non-current assets (carrying value)
Net current assets
Represented by
50c ordinary shares
Reserves
6% debentures
Notes:
$
625,000
160,000
_______
785,000
_______
300,000
285,000
200,000
_______
785,000
_______
● Loan notes are redeemable at a premium of 5%.
● The premises have a market value that is $50,000 higher than the book
value.
● All other assets are estimated to be realisable at their book value.
Required:
Value the ordinary shares on an assets basis.
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CHAPTER 12 – VALUATION
Income / earnings based methods
Of particular use when valuing a majority shareholding:
1. As majority shareholders, the owners can influence the future earnings of the
company.
2. With a controlling interest, the investor will dictate the dividend policy,
making earnings more relevant than dividends.
PE method
PE ratios are quoted for all listed companies and calculated as:
PE = Price pershare
EPS
This can then be used to value shares in unquoted companies as:
Value of company
Value per share
= Total earnings P/E ratio
= EPS P/E ratio
using an adjusted P/E multiple from a similar quoted company (or industry
average).
Example 4
H Co is an unlisted company.
Extract from income statement for the year just ended:
Profit before taxation
Less: Corporation tax
Profit after taxation
Less: Preference dividend
Ordinary dividend
Retained profit for the year
$ $
430,000
110,000
______
320,000
30,000
40,000
______ (250,000)
_______
70,000
_______
The PE ratio applicable to a similar type of business is 10.
Required:
Calculate the value of the shares in H Co on a PE basis.
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CHAPTER 12 – VALUATION
Earnings yield
The earnings yield is the inverse of the PE ratio:
Earnings yield = EPS
Price pershare
It can therefore be used to value the shares or market capitalisation of a company
in exactly the same way as the PE ratio:
Value of company
Value per share
= Total earnings Earningsyield
= EPS Earningsyield
Example 5
Company A has earnings of $300,000. A similar listed company has an earnings
yield of 12.5%.
Required:
Calculate a market value for Company A.
PV of the free cash flows
A buyer of a business is obtainin a str am of futur op ratin or „fr ‟ cash flows.
The value of the business is:
PV of future cash flows
A discount rate reflecting the systematic risk of the flows should be used.
Method:
1. Id ntify r l vant „fr ‟ cash flows
● operating cash flows
● revenue from sale of assets
● tax payable
● tax relief
● synergies from merger (if any).
2. Select a suitable time horizon.
3. Identify a suitable weighted average cost of capital.
4. Calculate the present value over the time horizon.
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
CHAPTER 12 – VALUATION
Example 6
The following information has been taken from the financial statements of Prince
Co:
Revenue Production expenses
Administrative expenses
Tax allowable depreciation Capital investment – annual outlay
Corporate debt
$400m
$150m
$36m
$28m
$60m $140m trading at 110% of par value
Corporation tax is 30%.
The WACC is 16.6%. Inflation is 6%.
These cash flows are expected to continue every year for the foreseeable future.
Required:
Calculate the value of equity.
Advantages
● The best method on a theoretical basis.
● May value a part of the company.
Disadvantages
● It relies on estimates of both cash flows and discount rates – may be
unavailable.
● Difficulty in choosing a time horizon.
● Difficulty in valuing a company‟s worth b yond this p riod.
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CHAPTER 12 – VALUATION
Example 7
Recent financial information relating to Open Co, a listed company, is as follows.
$m
Profit after tax (earnings) 115
Dividends 69
Statement of financial position information:
$m $m
Non-current assets 815
Current assets 515
Total assets 1,330 Current liabilities 210
Equity Ordinary shares ($1 nominal) 120
Reserves 705 825
Non-current liabilities 6% Bank loan 105
8% Bonds ($100 nominal) 190 295
1,330
Forecasts are that the dividends of Open Co will grow in the future at a rate of 3%
per year. The forecast growth rate of the earnings of the company is 4% per year.
Considering the risk associated with expected earnings growth, an earnings yield of
11% per year can be used for valuation purposes.
The cost of equity is 10% per year and the gross redemption yield on debt is 7%.
The ex-dividend share price of the company is $8·50 per share.
Required:
Calculate the value of Open Co using the following methods:
(a) net asset value method;
(b) dividend growth model;
(c) earnings yield method.
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CHAPTER 12 – VALUATION
VALUATION OF DEBT
When valuing debt we assume that
Market price = The discounted cash flows of the debt
The relevant cash flows are interest payments and eventual redemption of the
capital.
The debt is valued based on gross values for cash flow and cost of debt capital.
Irredeemable debt
The company does not intend to repay the principal but to pay interest forever, the
interest is paid in perpetuity.
The formula for valuing a debenture is therefore:
MV r
where:
I = annual int r st startin in on y ar‟s tim
MV = market price of the debenture now (year 0)
r = d bt hold rs‟ r quir d r turn, xpr ss d as a d cimal.
Example 8
A company has issued irredeemable loan notes with a coupon rate of 9%. The
gross yield required by investors in this category of debt is 6% per annum.
Required:
Calculate the current market value of the debt.
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c
Days
Payables
CHAPTER 12 – VALUATION
Redeemable debt
The market value is the present value of the future cash flows, these normally
include:
1. Interest payments for the years in issue
2. Redemption value.
Example 9
The 8% Bonds in Open Co (example 7) will be redeemed at nominal value in 4
y ars‟ tim .
Required:
Calculate the market value of the debt.
Convertible debt
Th mark t valu of a conv rtibl is th hi h r of its valu as d bt (th “Floor
Valu ”) and its conv rt d valu .
Example 10
WERT Co has $40m convertible loan notes with a coupon rate of 7%. Each $100
loan note may be converted into 16 ordinary shares at any time until the date of
expiry and any remaining loan note will be redeemed at $100.
The debenture has four years to redemption. Investors require a rate of return of
6% per annum.
The current share price of WERT Co is 600 cents which is expected to grow at 4%
per annum.
Required:
Calculate
(a) The floor value
(b) The market value, and
(c) The conversion premium
of the loan stock.
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CHAPTER 12 – VALUATION
Preference shares
Similar to irredeemable debt, the income stream is the fixed percentage dividend
received in perpetuity.
The formula is therefore: P0 Kp
where:
D = the constant annual preference dividend
P0 = ex-div market value of the share
Kp = cost of the preference share.
Example 11
A company has 11% preference shares in issue with a 50 cent par value. The
required return of preference shareholders is 6%.
Required:
Calculate the market value of a preference share.
Non-traded debt
Non-traded debt has a value equal to the book value appearing in the statement of
financial position.
In xampl 7, Op n Co‟s 6% Bank Loan would b valu d at $ 5m in any arin
or WACC working.
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
= +
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
CHAPTER 12 – VALUATION 132 w w w .s tudyinte ract ive .o rg
Chapter 13
Risk
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CHAPTER 13 – RISK
CHAPTER CONTENTS
FOREIGN CURRENCY RISK--------------------------------------------- 135
TRANSACTION RISK 135
TRANSLATION RISK 135
ECONOMIC RISK 135
THE EXCHANGE RATE -------------------------------------------------- 136
SPOT RATE 136
SPOT RATE WITH SPREAD 136
HEDGING EXCHANGE RATE RISK ------------------------------------- 137
INTERNAL HEDGING TECHNIQUES 137
EXTERNAL HEDGING TECHNIQUES 138
OTHER CURRENCY HEDGING TECHNIQUES 141
EXCHANGE RATE SYSTEMS -------------------------------------------- 143
FLOATING RATE SYSTEMS 143
MANAGED OR „DIRTY‟ FLOAT 143
FIXED (OR PEGGED) RATE SYSTEMS 143
WHAT MAKES EXCHANGE RATES FLUCTUATE?---------------------- 144
BALANCE OF PAYMENTS 144
CAPITAL MOVEMENTS BETWEENCOUNTRIES 144
INTEREST RATE PARITY THEORY (IRPT) 144
PURCHASING POWER PARITY THEORY (PPPT) 145
THE INTERNATIONAL FISHER EFFECT 146
INTEREST RATE RISK -------------------------------------------------- 147
THE YIELD CURVE (TERM STRUCTURE OF INTEREST RATES) 147
HEDGING INTEREST RATE RISK -------------------------------------- 148
SHORT-TERM MEASURES 148
LONG-TERM HEDGING – SWAPS-------------------------------------- 149
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CHAPTER 13 – RISK
FOREIGN CURRENCY RISK
The risk that the exchange rate may move up or down in relation to other
currencies. It will have a major impact on the predictability of profitability of any
company that buys from or sells to other countries.
Illustration
A company has a foreign ass t with a valu of €8 , .
Th xchan rat is curr ntly .7774 €/$
The asset, therefore, has a current value of 800,000 ÷ 0.7774 = $1,029,071
Aft r som tim , th ass t is still worth €8 , .
Th xchan rat has mov d to .8 €/$
The asset value in dollars is now 800,000 ÷ 0.8000
There is an exchange rate loss of
= $1,000,000
$29,071
Transaction risk
The risk associated with short-term cash flow transactions.
If th ass t of €8 , is a trad r c ivable, the risk is classed as transaction risk.
Th r c ipt of €8 , conclud s th transaction; th xchan rat loss
materialises and is irreversible.
Translation risk
Risk associated with the reporting of foreign currency assets and liabilities within
financial statements. Th €8 , ass t may b a tan ibl non-current asset.
There is no cash flow impact of this type of risk. However, the impact on the
financial statements can be severe. In later periods, the exchange rate may move
in the opposite direction, resulting in an exchange rate gain. There is still
uncertainty, though, about the reported results.
Translation risk may be managed by matching the assets and liabilities within each
country. If €8 , w r financ d by borrowin €8 , , th n t ass t would b
€ and any mov m nt in xchan rat would not aff ct th translat d valu .
Economic risk
Long-term cash flow effects associated with asset investment in a foreign country
or alternatively loans taken out or made in a foreign currency and the subsequent
capital repayments.
Economic risk is more difficult to hedge given the longer term nature of the risk
(possibly over 10 or more years). A simple technique would be to adopt a portfolio
approach to investments by currency to spread the risk.
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CHAPTER 13 – RISK
THE EXCHANGE RATE
Spot rate
A prevailing rate at a specific point in time – usually r f rs to “today‟s” rat
Given as
This m ans that th Euro (€) is
.7774 €/$
xpr ss d in t rms of on
.7774 € p r $
dollar ($); i. . how many
Euro equate to one dollar.
May also be given as: .2863 $/€ .2863 $ p r €
Where we have the amount of dollars equivalent to one Euro.
Conversion rule (÷ and ×) ÷ 1st currency to calculate the 2nd
× 2nd currency to calculate the 1
st
Currency amount Rate
€ €/$
€ $/€
$ €/$
$ $/€
Conversion
Divide
Multiply
Multiply
Divide
Spot rate with spread
The rate is usually expressed in terms of a bid/offer spread.
eg 0.7770 - .7778 €/$
Banks will buy currency using the rate that gives them the lower outlay; they will
sell currency at the rate giving them the higher receipt.
Example 1
(a) Spot rate 0.7770 - .7778 €/$
(i) A US company banks a €3
(ii) A US company buys € 55,
, r c ipt.
to pay a suppli r.
(b) Spot rate 1.2857 – .287 $/€
(i) A European company pays a US supplier $385,710
(ii) A US company buys € 55, to pay a supplier
Required:
Calculate the values of the transactions.
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CHAPTER 13 – RISK
HEDGING EXCHANGE RATE RISK
Hedging is the process of reducing or eliminating risk. It may be achieved by using
internal or external measures.
Internal measures have the advantage of being essentially cost free but at the
same time are unlikely to completely eliminate the risk.
External measures involve a bank or financial market. They will incur cost but may
totally eliminate the risk.
Internal hedging techniques
Invoice in own currency
By invoicing in your own currency you do not suffer the risk of exchange rate
movement.
The risk does not disappear; instead it passes to the other party. It is questionable
whether the other party will be happy to accept this risk.
Matching or netting
If a company makes a number of transactions in both directions it will be able to
net off those transactions relating to the same dates. By doing so a company can
materially reduce the overall exposure, but is unlikely to eliminate it.
In order to perform netting the company must have a foreign currency bank
account in the appropriate country.
Leading or Lagging payments
Leading involves settling trade payables earlier than the terms of trade require.
Although there may be a cost of capital associated with paying early there are
certain benefits relating to exchange rate risk:
● The payment is made ahead of a period of uncertainty for the exchange rate.
● The company can take advantage of early settlement discounts.
● The early payment may be matched to receipt of currency from a trade
customer, netting off and reducing exposure to exchange rate risk.
Lagging is the opposite: delaying payment to a supplier, possibly forgoing
settlement discounts but facilitating netting against an anticipated currency receipt.
Do nothing
Exchange rates will fluctuate up and down. It could be argued that since you win
some and lose some then ignoring the risk would be the best option; particularly if
your company has frequent transactions (imports & exports) in a foreign currency.
As a result you save on hedging costs, the downside being that the exposure to
exchange rates is present in the short -term.
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CHAPTER 13 – RISK
External hedging techniques
Forward contract
Features:
1. An agreement with a bank to exchange a fixed amount of currency for a
specific amount at a fixed future date.
2. It is an obligation that must be completed once entered into.
3. It is an over the counter (OTC) product which means that it is tailored to the
specific value and date required.
4. The forward rate offers a perfect hedge because it is for the exact amount
required by the transaction on the appropriate date and the future rate is
known with certainty.
Forward rates
Forward rates are given by the banks and stated in the same way as spot rates,
with a bid-offer spread. The spread for forward rates is wider than that for spot
rates, giving the bank larger profit on forward deals due t o the additional risks it takes.
Spot rate
€ p r $ spread
0.7770 0.7778 0.0008
Forward rate
1 month
3 months
0.7781 0.7793 0.0012
0.7802 0.7820 0.0018
Example 2
Danke Yudle Co, based in the US, expects the following transactions:
In 1 month:
Receipt of €265,
Payment of €5 5,
In 3 months’ time:
Receipt of €68 ,
Payment of €23 ,
Required:
Calculate the values of the future transactions using forward contracts.
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CHAPTER 13 – RISK
Advantages
● Flexibility with regard to the amount to be covered, should lead to a perfect
hedge in terms of amount and date.
● Relatively straightforward both to comprehend and to organise.
Disadvantages
● Contractual commitment that must be completed on the due date, if the
underlying transaction is in anyway doubtful this may be problem.
● The rate is fixed with no opportunity to benefit from favourable movements in
exchange rates. Potential of opportunity cost if the exchange rate moves
favourably.
Money market hedge
Use of the short-term money markets to borrow or deposit funds. The hedge
involves matching future currency assets with liabilities and gives the company the
opportunity to exchange currency today at the prevailing spot rate.
Steps
1. Match expected asset with liability or liability with asset:
(i) If expecting a trade receipt (asset); create a liability by borrowing
(ii) If due to make a payment (liability); create and asset by investing.
Discount value of transaction to present value using money market rate
available. This ensures that there is no need for future conversion of
currency.
2. Translate – exchange the funds at spot rate avoiding exposure to fluctuations
in the rate.
3. Use domestic (home) money market and compound to provide comparison
to other hedging approaches. Advantages
● There is some flexibility regarding the date at which the transaction takes
place.
● May be available in currencies for which a forward rate is not available.
● The final step is not obligatory. The company could use proceeds generated
to earn a better return than that available from the domestic money market
(eg reducing an overdraft). Disadvantages
● May be difficult to borrow/ deposit in some currencies at a risk-free rate. www .s tudyinte ract ive .org 139
CHAPTER 13 – RISK
Example 3
Danke Yudl Co, bas d in th US, xp cts a n t r c ipt of €45 , in thr
months‟ tim .
Spot rate is 0.7770 - .7778 €/$
The annual money market rates are:
Borrowing rate
Deposit rate
€ $
7.2% 5.2%
6.75% 4.8%
Required:
Calculate the expected receipt using the money market hedge. Compare
this to the expected receipt using the forward market hedge (in example
2).
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CHAPTER 13 – RISK
Other currency hedging techniques
Currency Futures
The Future is an exchange traded instrument that can be bought or sold on one of
four exchanges (the largest is in Chicago). Futures involve speculation on the
movement of the rate. If movements are guessed correctly, gains can be made at
the expense of those who guessed incorrectly.
The aim is to speculate on futures in such a way as to compliment the underlying
trade. Therefore you will have:
1. A futures position making a gain when a trade transaction suffers an
exchange rate loss; or,
2. A futures position suffering a loss when the trade transaction results in an
exchange rate gain.
The linking of the two cancels out the movement of the exchange rate and leads to
the hedge.
Currency futures contracts are only available for a limited number of major
currencies and in predetermined (standardised) volumes. Each €/$ futur s contract
is for € 25, . Thus a transaction of €45 , would ith r involv 3 contracts,
l avin €75, xpos d to curr ncy risk or 4 contracts with risk ov r €5 , in
the futures market.
The future is also standardised financial instrument in terms date. If the underlying
transaction does not fall on one of four dates (March, June, September, December),
there will be an element of risk in the hedge – known as “basis risk”.
Currency options
Options operate as insurance. A premium is paid which ensures that an eventual
receipt does not fall below a specified amount or an eventual payment does not
exceed a specified amount.
If the exchange rate moves favourably, there is no obligat ion to fulfil the option
contract. Options have the benefit of being a one-sided bet. You can protect the
downside risk of the currency moving against you but still take advantage of the
upside potential.
Standardised traded options (see futures) are available on some markets but
compani s may d al in options “ov r th count r”, ttin a contract that is tailor
made to their currency transaction.
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CHAPTER 13 – RISK
Example 4
Inshal Co is a UK-based company which has the following expected transactions.
One month:
One month:
Three months:
Expected receipt of $40,000
Expected payment of $140,000
Expected receipts of $300,000
The finance manager has collected the following information:
Spot rate ($ per £):
One month forward rate ($ per £):
Three months forward rate ($ per £):
Money market rates for Inshal Co:
1.7820 ± 0.0002
1.7829 ± 0.0003
1.7846 ± 0.0004
One year sterling interest rate:
One year dollar interest rate:
Borrowing
4.9%
5.4%
Deposit
4.6
5.1
Required:
(a) Calculate the expected sterling receipts in one month and in three
months using the forward market. (3 marks)
(b) Calculate the expected sterling receipts in three months using a
money-market hedge and recommend whether a forward market
hedge or a money market hedge should be used. (5 marks)
(c) Discuss how sterling currency futures contracts could be used to
hedge the three-month dollar receipt. (5 marks)
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CHAPTER 13 – RISK
EXCHANGE RATE SYSTEMS
External hedging techniques are all costly and should be avoided if there is little
currency risk. Whether there is a significant amount of risk will depend on various
factors including the system by which exchange rates between two currencies are
derived.
Exchange rates are a key measure for governments to attempt to control. They will
have direct bearing on the economic performance of the country.
Floating rate systems
Where the exchange rate is allowed to be determined without any government
intervention. It is determined by supply and demand.
The market has a tendency to be volatile to the adverse effect of trade and wider
government policy. This volatility can adversely affect the ability to trade between
currencies.
Managed or ‘dirty’ float
Where the market is allowed to determine the exchange rate but with government
intervention to reduce the adverse impacts of a freely floated rate.
The government may intervene by:
● Using reserves to buy or sell currency. The government can artificially
stimulate demand or supply and keep the currency within a trading range
reducing volatility.
● Using interest rates. By increasing the interest rate within the economy the
government makes the currency more attractive to investors in government
debt and will attract speculative funds.
Fixed (or pegged) rate systems
● Where a currency is fixed in relation to a dominant currency (eg, $).
● Th „p ‟ may b chan d from tim to tim to r fl ct th r lativ mov m nt
in underlying value.
● This form of currency management is effective at giving a stable exchange
platform for trade. Pegged rates are typically used and managed by smaller
economies.
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CHAPTER 13 – RISK
WHAT MAKES EXCHANGE RATES FLUCTUATE?
Balance of payments
The inflows and outflows from trade reflect demand for and supply of the home
currency. If there is a consistent deficit or surplus there will be a continuing excess
supply or demand for the currency that would be reflected in weakness or strength
in the currency.
For major traded currencies this effect is relatively small.
Capital movements between countries
Of far more importance for major currencies are the flows of speculative capital
from one currency to another. An increase in the interest rate of one currency will
lead to an increase of demand for that currency increasing its value.
It is difficult to predict future rates based on this measure.
Interest rate parity theory (IRPT)
The theory that there is a no sum gain relating to investing in government bonds in
differing countries. Any benefit in additional interest is eliminated by an adverse
movement in exchange rates.
IRPT is an unbiased but poor predictor of future exchange rates. However, the
principles of IRPT are used by banks calculating forward rates.
Example 5
Th spot rat is € .7774 p r $.
Annual interest rates are: €7% $5%
Starting with $1,000,000, show how the capital would grow if invested in $USD or
in €EUR.
Required:
Calculate the expected exchange rate after one year.
$ Rate €
Now 1,000,000 0.7774
Interest × 1.05 × 1.07
+ 1 year
The predicted exchange rate would be:
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CHAPTER 13 – RISK
Formula for interest rate parity
(1 i ) 0 0
(1 i )
F0 = The forward exchange rate (c per b)
S0 = The spot rate (c per b)
ic = The interest rate for currency c
ib = The interest rate for currency b
Purchasing power parity theory (PPPT)
Based on the law of one price in economic theory. This would suggest that the
relative price of the comparable products remains the same in all currencies.
The theory is that exchange rates will follow price changes to maintain the relative
value of products between two countries.
PPPT is an unbiased but poor predictor of future exchange rates.
Example 6
The spot rate is 0.7774.
AB has $10,000 to spend in the US where inflation is 3.72% per annum.
In Europe, inflation is projected at 5.7% per annum.
Required:
Illustrate how exchange rates might move to maintain purchasing power
parity.
$
Now 10,000 Rat (€/$) €
0.7774
Inflation × 1.0372 × 1.057
+ 1 year
Th „bask ts of oods‟ that ar comparabl now will r main comparabl after one
y ar so th pr dict d xchan rat would b €8,2 7/$ ,372 = .7922 € p r $.
To calculate the impact of PPPT use the following (given) formula:
(1h ) 1 0
(1h )
S1 = The current prediction of the spot rate (c per b) in 1 year‟s tim
S0 = The spot rate (c per b)
hc = The inflation rate for currency c
hb = The inflation rate for currency b
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Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
= + e d e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Minimum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
= + e d e d
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Minimum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V P D a e d ß
= + e d e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Return point
Minimum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
CHAPTER 13 – RISK
The international Fisher effect
The assumption that all currencies must offer the same real interest rate. This links
IRPT to Purchasing Power Parity. It is based upon the Fisher effect.
The relative real interest rates should be the same due to the principle of supply
and demand, if a country offers a higher real interest rate investors will invest in
that currency and push up the price of the currency bringing the real rate back to
equilibrium.
The impact is that, although PPPT and IRPT should give the same predicted
exchange rate. Inflation rates are difficult to predict but interest rates are quoted,
making it easier to predict using IRPT.
Remember the Fisher effect:
(1 + i) = (1 + r)(1 + h)
Illustration
(using values from previous illustrations for PPPT and IRPT)
PPPT IRPT
Now 0.7774 0.7774
× 1.057/1.0372 ×1.07/1.05
+ 1 year
Real rate of return
0.7922
Euro
= 1.07/1.057 - 1
= 1.23%
0.7922
US
= 1.05/1.0372 –1
= 1.23%
The reason for both PPP and IRP having the same prediction is because the
international Fisher effect holds true.
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CHAPTER 13 – RISK
INTEREST RATE RISK
A company will be exposed to interest rate risk if it knows today that it expects to
make a financial transaction (borrowing or investing) but not for a few months.
For example, a company has debentures which are due for redemption in 18
months‟ tim . The company will maintain its capital structure by taking out new
debt to pay for redemption of the existing debt.
Borrowing rates are currently low but there is speculation that they may rise
substantially over the next two years.
If the company aims to minimise risk, it will take steps now to ensure that the
eventual interest rate is known in advance.
The yield curve (term structure of interest rates)
The relationship between the gross redemption yield of a debt investment and its
term to maturity.
There are 3 elements:
Gross
Redemption
Yield
Term to maturity
1. Liquidity preference
Investors prefer to be liquid over being illiquid. To encourage investment over the
longer term the long-term debt must offer a higher return over short -term debt.
2. Market expectations
If interest rates are expected to fall over time long-term rates will be lower than
short-term rates. This would lead to an inverted yield curve.
3. Market segmentation
Differing parts of the market (short-term vs long-term debt markets) may react to
differing economic information meaning that the yield curve is not smooth but
suffers discontinuities.
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CHAPTER 13 – RISK
HEDGING INTEREST RATE RISK
We may hedge interest rate risk over the short or the long-term.
Short term hedging
Forward rate agreements
Long-term hedging
Swaps
Interest rate guarantee
Interest rate futures
Interest rate options
Short-term measures
Forward rate agreements (FRA)
The fixing of the interest rate today in relation to a future short -term loan. It is an
obligation that must be taken once entered into. It is OTC and tailored to a specific
loan in terms of:
1. Date
2. Amount, and
3. Term
and off rs a „p rf ct h d ‟. The FRA is wholly separate to the underlying loan.
It will give certainty as regards the interest paid but there is a downside risk that
interest rates may fall and we have already fixed at a higher rate.
Interest rate guarantee (IRG)
Similar to a FRA but an option rather than on obligation. In the event that interest
rates move against the company (eg rise in the event of a loan) the option would
be exercised. If the rates move in our favour then the option is allowed to lapse.
There is a premium to pay to compensate the IRG writer for accepting the
downside risk.
Interest rate futures
An exchange traded instrument that works in a similar manner to a FRA. By
trading on th xchan th Futur can „fix‟ th rat today for a futur loan.
Exchange traded interest rate options
Similar to an IRG but exchange traded, the option gives protection against the
downside for the payment of a premium.
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CHAPTER 13 – RISK
LONG-TERM HEDGING – SWAPS
A company will borrow either using a variable or a fixed rate. If it wishes to change
its borrowing type it could redeem its present debt and re-issue in the appropriate
form. There are risks and costs involved in doing so.
A swap allows the company to change the exposure (fixed to variable or vice versa)
without having to redeem existing debt.
To prepare a swap we need the following steps:
1. Identify a counter-party, either another company or bank willing to be the
„oth r sid ‟ of th transaction. If we want to swap fixed for variable they will
want the opposite.
2. Agree the terms of the swap to ensure that at the outset both parties are in a
neutral position.
3. On a regular basis (perhaps annually) transfer net amounts between the
parties to reflect any movement in the prevailing exchange rates.
Advantages of swaps
● Allows a change in interest rate exposure at relatively low cost and risk.
● May allow access to a debt type that is otherwise unavailable to the company.
● May reduce the overall cost of financing in certain circumstances.
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CHAPTER 13 – RISK 150 w w w .s tudyinte ract ive .o rg
Chapter 14
Working capital
management
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CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
CHAPTER CONTENTS
WORKING CAPITAL MANAGEMENT – AN OVERVIEW--------------- 153
WORKING CAPITAL SEESAW 154
LEVEL OF WORKING CAPITAL 154
MANAGING RECEIVABLES --------------------------------------------- 155
CREDIT MANAGEMENT 155
COST OF FINANCING RECEIVABLES---------------------------------- 156
ISCOUNTS FOR EARLY PAYMENT 156
FACTORING 157
MANAGING INVENTORY ----------------------------------------------- 158
MATERIAL COSTS 158
ECONOMIC ORDER QUANTITY 158
BULK PURCHASE DISCOUNTS 160
FUNDING THE WORKING CAPITAL REQUIREMENT 161
SHORT-TERM SOURCES OF FINANCE 162
ASSET SPECIFIC SOURCES OF FINANCE 163
MEASURES OF WORKING CAPITAL MANAGEMENT------------------ 164
LIQUIDITY RATIOS 164
OVERTRADING---------------------------------------------------------- 165
CASH MANAGEMENT---------------------------------------------------- 167
THE ILLER-ORR MODEL 167
THE BAUMOL MODEL 168
CASH BUDGET 169
THE TREASURY FUNCTION -------------------------------------------- 171
ROLE 171
CENTRALISATION VS. DECENTRALISATION 171
PROFIT CENTRE VS. COST CENTRE 172
152 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L
Profit after tax
Number of ordinary shares in issue
=
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N
Profit after tax
Number of ordinary shares in issue
=
CHAPTER 14 – WORKING CAPITAL MANAGEMENT
WORKING CAPITAL MANAGEMENT – AN OVERVIEW
CURRENT ASSETS
MINUS CURRENT
LIABILITIES
Inventory Payables
Receivables
Cash and Bank
Require funding
Aim : Minimise
current assets
Bank overdraft
Provide funding
Aim: Maximise
current liabilities
Cash operating cycle
The cash op ratin cycl is th l n th of tim b tw n th company‟s outlay on raw
materials, wages and other expenditures and the inflow of cash from the sale of
goods.
Purchases
Payment
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Sales
Operating cycle
Receipt
153
CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
Example 1
Statement of Comprehensive Income extract
Turnover Gross profit
$
250,000
90,000
Statement of Financial Position extract $
Current Assets Inventory 30,000
Receivables 60,000
Current Liabilities
Payables
$
180,000 50,000
Required:
Calculate the current operating cycle.
Working capital seesaw
Have suffic ient
working capital
assets to conduct
business
Keep the overall
investment to a
minimum to avoid
the financing cost
Level of working capital
1. The nature of the business,
2. Certainty in supplier deliveries,
3. The level of activity of the business,
4. Th company‟s cr dit policy.
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CHAPTER 14 – WORKING CAPITAL MANAGEMENT
MANAGING RECEIVABLES
Offering credit encourages
customers to take up our goods
Offering credit introduces risk of default, defers
inflow of cash and needs managing
Credit management
There are three aspects to credit management:
1. Assessing credit status
2. Terms
3. Day to day management.
Assessing credit status
The creditworthiness of all new customers must be assessed before credit is
offered. Existing customers must also be re-assessed on a regular basis. The
following may be used to assess credit status of a company
1. Bank References
2. Trade References
3. Published accounts
4. Credit rating agencies
5. Company‟s own sales record.
Terms
Considerations may include:
1. Credit limit value
2. Number of days credit
3. Discount on early payment
4. Interest on overdue account.
Day to day management
The credit policy is dependent on the credit controllers implementing a set of
procedures. If th syst m is not ri orous, thos d btors who don‟t want to pay will
find ways not to pay. A process may be like the following:
SALE 30 days +30 days +7 days +7 days +7 days +7 days
Credit allowed Statement of account
Reminder notice
2nd
Reminder
Threat of legal action
Instigate legal action
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CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
COST OF FINANCING RECEIVABLES
The receivables balance needs to be financed. Any change to the receivables
balance will lead to a change in the financing cost of the business.
Annual financing cost = Receivables balance cost of capital
Receivables Turnoverx Receivables days
Example 2
Shanks Limited has sales of $40m for the previous year; receivables at the year-
end were $8m. The cost of financing debtors is covered by an overdraft at an
annual interest rate of 14%.
Required:
(a) Calculate the receivables days for Shanks.
(b) Calculate the cost of financing receivables.
Discounts for early payment
Cash discounts are given to encourage early payment by customers. The cost of
the discount is balanced against the savings the company receives from a lower
balance and a shorter average collecting period.
Example 3
Shanks as above but a discount of 2% is offered for payment within 10 days.
Required:
Advise whether, on financial grounds, the company should introduce the
discount given that 50% of the customers would be expected to take up
the discount?
156 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R P e d e d e d V V P
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
CHAPTER 14 – WORKING CAPITAL MANAGEMENT
Advantages/Disadvantages
Advantages
1. Reducing the receivables balance and hence the interest charge.
2. May reduce the volume of bad debts arising.
Disadvantages
1. Difficulty in setting the terms.
2. Greater uncertainty as to when cash receipts will be received.
3. Customers may pay over normal terms but still take the cash discount.
Factoring
There are three main types of factoring service available:
1. Debt Collection and Administration
2. Credit Insurance
3. Financing.
Example 4
Shanks again but a factor has offered a debt collection service which should shorten
the debt collection period on average to 50 days. It charges 1.6% of turnover but
should reduce administration costs to the company by $175,000.
Required:
Advise whether the company should use the factoring facility.
Advantages/Disadvantages
Advantages
1. Saving in internal administration costs.
2. Particularly useful for small and fast growing businesses where the credit
control department may not be able to keep pace with volume growth.
Disadvantages
1. Could be more costly than an efficiently run credit control department.
2. Using a factor may suggest your company has money worries.
3. Customers may not wish to deal with a factor.
4. It may be difficult to revert easily to an internal credit control.
5. The company may give up the opportunity to decide to whom credit may be
given.
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CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
MANAGING INVENTORY
Holding inventory is
necessary for operations;
in terms of finished goods
it offers greater choice to
customers
Holding inventory incurs
costs, in particular there is the opportunity cost of
money tied up in inventory
Material costs
Mat rial costs ar a major part of a company‟s costs and n d to b car fully
controlled. There are 4 types of cost associated with inventory:
1. ordering costs
2. holding costs
3. stock-out costs
4. purchase cost.
Ordering costs
The clerical, administrative and accounting costs of placing an order. They are
usually assumed to be independent of the size of the order.
Holding costs
Holding costs include items such as:
1. Opportunity cost of the investment in inventory
2. Storage costs
3. Insurance costs
4. Deterioration.
Stock-out costs
1. Lost contribution through loss of sale
2. Lost future contribution through loss of customer
3. The cost of emergency orders of materials
4. The cost of production stoppages.
Economic order quantity
The economic order quantity, EOQ, is the regular order size to be placed in order to
minimise inventory related costs.
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CHAPTER 14 – WORKING CAPITAL MANAGEMENT As the size of the order increases, the average inventory held increases and holding
costs will also tend to increase.
As the order size increases the number of orders needed decreases and so the
ordering costs fall. The EOQ determines the optimum combination.
Q= 2Co.D
Ch
Co = Cost per order
D = Annual demand
Ch = Cost of holding one unit for one year.
Cost
Total cost
Holding Costs
Ordering Costs
EOQ Reorder Quantity
Example 5
A company requires 10,000 units of material X per month. The cost per order is
$30 regardless of the size of the order. The holding costs are $20 per unit per
annum. It is only possible to buy in quantities of 500, 600 or 700 units at one
time. Required:
(a) Calculate the total inventory-related costs at each possible order
quantity.
(b) Calculate the economic order quantity.
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CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
Bulk purchase discounts
The sum of the holding and ordering costs are minimised at the EOQ. There will
however be savings in the purchase cost when the bulk discount volume is taken.
Calculate total costs at each possible level of discount to establish whether the
discount is worth taking.
Example 6
Annual demand is 120,000 units. Ordering costs are $30 per order and holding
costs are $20/unit/annum. The material can normally be purchased for $10/unit,
but if 1,000 units are bought at one time they can be bought for $9,800.
Required:
Calculate the order quantity which will minimise the total cost.
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CHAPTER 14 – WORKING CAPITAL MANAGEMENT
Funding the working capital requirement
Short-term sources of
finance Examples
Bank overdraft
Trade creditors
Long-term sources of
finance
Equity
Long-term debt
Advantages
1.
2.
3.
Flexible – only borrow
what is needed
Cheaper – liquidity
preference Easier to source
1. Secure – no need to
constantly replenish 2. Lower financing risk 3. Matching funding to need
Fluctuating
current
assets
Current
Assets
Short-term
funds
Permanent
current assets
Short-term
funds or
Long-term
funds
Time
Financing policies for current assets
Conservative strategy
Where permanent current assets and some fluctuating current assets are financed
long-term to take advantage of the security of the long-term nature of the finance.
Aggressive strategy
Where all fluctuating current assets are financed short-term to take advantage of
the lower cost of short term financing.
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CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
Short-term sources of finance
Trade credit
The delay of payment to suppliers is effectively a source of finance.
By payin on cr dit t rms th company is abl to „fund‟ its inv ntory and
receivables investment at the expense of its suppliers.
Overdrafts
A source of short-term funding which is used to fund fluctuating working capital
requirements.
Its great advantage is that you only pay for that part of the finance that you need.
The overdraft facility (total limit) is negotiated with the bank on a regular basis
(maybe annually). For a company with a healthy trading record it is normal for the
ov rdraft facility to b „roll d ov r‟ from on y ar to th n xt althou h th or tically
it is „r payabl on d mand‟.
Bank loans
Bank loans or term loans are loans over between one and three years which have
become incr asin ly popular ov r th past t n to fift n y ars „as a brid ‟ b tw n
overdraft financing and more permanent funding.
Factoring
As well as providing administrative support, factoring works as a source of financing
as:
a. Efficient credit control brings cash in sooner, reducing the operating cycle.
b. Factors may offer advances on receivables balances.
Invoice discounting
A service also provided by a factoring company.
Selected invoices are used as security against which the company may borrow
funds. This is a temporary source of finance repayable when the debt is c leared.
The key advantage of invoice discounting is that it is a confidential service, the
customer need not know about it.
Bills of exchange
A m ans of paym nt wh r by by a „promissory not ‟ is xchan d for oods.
The bill of exchange is simply an agreement to pay a certain amount at a certain
date in the future.
the bill.
162
No interest is payable on the note but is implicit in the terms of
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CHAPTER 14 – WORKING CAPITAL MANAGEMENT
Asset specific sources of finance
Some sources of finance are used to purchase individual assets using the asset as
security against which the funds are borrowed.
Hire purchase
The purchase of an asset by means of a structured financial agreement.
Instead of having to pay the full amount immediately, the company is able to
spread the payment over a period of typically between two and five years.
Finance lease
A type of asset financing that appears initially very similar to hire purchase. Again
the asset is paid for over between two and five years (typically) and again there is
a deposit (initial rental) and regular monthly payments or rentals.
The key difference is that at the end of the lease agreement the title to the asset
does not pass to the company (lessee) but is retained by the leasing company
(lessor). This has important potential tax advantages.
Operating lease
In this situation the company does not buy the asset (in part or in full) but instead
rents the asset.
The operating lease is often used where the asset is only required for a short period
of time such as Plant Hire or the company has no interest in acquiring the asset
simply wishing to use it such as a company vehicle or photocopier.
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CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
MEASURES OF WORKING CAPITAL MANAGEMENT
Liquidity measures Efficiency measure
Issue
Measures
Ensuring sufficient funding to
avoid running out of cash Current ratio
Measuring the speed of c irculation
of cash within the company The operating cycle
Quick ratio
Liquidity ratios
Current assets may be financed by current liabilities or by long-term funds. The
“id al” curr nt ratio is 2: . This would mean that half of the current assets are
financed by current liabilities and therefore half by long-term funds. Similarly the
ideal quick ratio is 1:1.
Current ratio
A measure that considers the manner in which current assets are financed. A safe
measure is considered to be 2:1 or greater meaning that only a limited amount of
the assets are funded by the current liabilities. This would arise if the company
adopted a conservative approach to financing.
Current Assets
Current Ratio = Current Liabilities
Quick ratio
A measure of how well current liabilities are covered by liquid assets . A safe
measure is considered to be 1:1 meaning that we are able to meet our existing liabilities if they all fall due at once.
Quick Ratio =
(or acid test)
Current Assets minus Stock
Current Liabilities
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CHAPTER 14 – WORKING CAPITAL MANAGEMENT
OVERTRADING
Overtrading is the term applied to a company which rapidly increase its turnover
without havin suffici nt capital backin , h nc th alt rnativ t rm “und r-
capitalisation”.
Output increases are often obtained by more intensive utilisation of existing fixed
assets, and growth tends to be financed by more intensive use of working capital.
Overtrading companies are often unable or unwilling to raise long-term capital and
thus tend to rely more heavily on short -term sources such as overdraft and trade
creditors.
Overtrading is thus characterised by rising borrowings and a declining liquidity
position in terms of the quick ratio, if not always according to the current ratio.
Symptoms of overtrading
1. Rapid increase in turnover
2. Fall in liquidity ratio or current liabilities exceed current assets
3. Sharp increase in the sales-to-fixed assets ratio
4. Increase in the trade payables period
5. Increase in short term borrowing and a decline in cash balance
6. Fall in profit margins.
Overtrading is risky because short-term finance may be withdrawn relatively
quickly if creditors lose confidence in the business, or if there is general tightening
of credit in the economy resulting to liquidity problems and even bankruptcy, even
though the firm is profitable.
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CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
Example 7
Ewden plc is a medium-sized company producing engineering products which it
sells to wholesale distributors. Recently, its sales have begun to rise rapidly
following a general recovery in the economy. It is concerned about its liquidity
position. Ewd n‟s accounts for th past two y ars ar summaris d b low. Income Statement for the year ended 31 December
2011 2012
$000 $000
Sales 12,000 16,000
Cost of sales 7,000 9,150
Operating profit 5,000 6,850
Interest 200 250
Profit before tax 4,800 6,600
Taxation (after capital allowances) 1,000 1,600
Profit after tax 3,800 5,000
Dividends 1,500 2,000
Retained profit 2,300 3,000
Statement of Financial Position as at 31 December
Fixed assets (net)
Current assets
Inventory
Receivables
Cash
Current liabilities
Overdraft
Trade payables
Other creditors
10% loan stock
Net assets
Capital and reserves
Ordinary shares (50p)
Profit and loss account
2011 $000 $000
9,000
1,400
1,600
1,500
4,500
–
1,500
500
(2,000)
(2,000)
9,500
3,000
6,500
9,500
2012 $000 $000
12,000
2,200
2,600
100
4,900
200
2,000
200
(2,400)
(2,000)
12,500
3,000
9,500
12,500
Required:
(a) Identify the reasons for the sharp decline in Ewden’s liquidity and
assess the extent to which the company can be said to be exhibiting
the problem of ‘overtrading’.
166 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
CHAPTER 14 – WORKING CAPITAL MANAGEMENT
CASH MANAGEMENT
Holding cash is
necessary to be able
to pay the bills and
maintain liquidity
Cash is an idle asset that costs money to fund but generates little or no return
There are three areas associated with managing cash:
1. The Miller-Orr Model
2. The Baumol Model
3. The Cash Budget.
The Miller-Orr model
A model that considers the level of cash that should be held by a company in an
environment of uncertainty. The decision rules are simplified to two control levels
in order that the management of the cash balance can be delegated to a junior
manager.
Cash balance
⅔
spread
⅓ spread
Time
The model allows us to calculate the spread.
control levels can be calculated.
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Given that we have the spread all key
167
CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
Minimum level – given in the question
Maximum level = minimum level + spread
Return point = minimum level + ⅓ spread
Example 8
The minimum level of cash is $25,000. The variance of the cash flows is $250,000.
The transaction cost for both investing and en-cashing funds is $50. The interest
rate per day is 0.05%.
Required:
Calculate the:
(a) spread
(b) maximum level
(c) return point.
The Baumol model
The use of the EOQ model to manage cash.
Q= 2Co.D
Ch
Co = Transaction cost of investing/ en-cashing a security
D = Excess cash available to invest in short -term securities
Ch = Opportunity cost of holding cash
Example 9
A company generates $5,000 per month excess cash. The interest rate it can
expect to earn on its investment is 6% per annum. The transaction costs
associated with each separate investment of funds is constant at $50.
Required:
(a) Calculate the optimum amount of cash to be invested in each
transaction.
(b) How many transactions will arise each year?
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CHAPTER 14 – WORKING CAPITAL MANAGEMENT
Cash budget
A budget prepared on a monthly basis (at least) to ensure that the company has an
understanding of its cash position going forward. There are 3 considerations:
1. Inflow and outflows of cash
2. Ignore non cash flows
3. Pro forma led
Example 10
Cash flow forecasts from the current date are as follows:
($000) Cash operating receipts
Cash operating payments Interest payable on traded bonds
Capital expenditure
Month 1 Month 2 Month 3
6,530 5,300 4,300
5,040 4,750 4,600 200
1,000
The company currently has an overdraft balance of $2,000,000
The director has completed a review of accounts receivable management and has
proposed staff training and operating procedure improvements, which he believes
will reduce accounts receivable days by 18 days. This reduction would take four
months to achieve from the current date, with an equal reduction in each month.
Overdraft interest is payable at a rate of 0.5% per month, with payments being
made each month based on the opening balance at the start of that month. Credit
sales for the year to the current date were $60,500,000 and cost of sales was
$42,320,000. These levels of credit sales and cost of sales are expected to be
maintained in the coming year. Assume that there are 365 working days in each
year.
Required:
Calculate:
(a) the bank balance in three months’ time if no action is taken; and
(b) the bank balance in three months’ time if the director’s proposal is
implemented.
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CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
Exam standard working capital management problem
Example 11
Kool Co has annual sales revenue of $7 million and all sal s ar on 3 days‟ cr dit,
although customers on average take fifteen days more than this to pay .
Contribution represents 55% of sales and the company currently has no bad debts .
Accounts receivable are financed by an overdraft at an annual interest rate of 8%.
Kool Co plans to offer an early settlement discount of 1.4% for payment within 20
days and to extend the maximum credit offered to 65 days.
The company expects that these changes will increase annual credit sales by 8%,
while also leading to additional variable costs equal to 0.5% of turnover. The
discount is expected to be taken by 35% of customers, with the remaining
customers taking an average of 65 days to pay. Required:
(a) Evaluate whether the proposed changes in credit policy will increase
the profitability of Kool Co.
(b) Tiger Co, a subsidiary of Kool Co, has set a minimum cash account balance of
$2,000. The average cost to the company of making deposits or selling
investments is $50 per transaction and the standard deviation of its cash
flows was $1,000 per day during the last year. The average interest rate on
investments is 9.125%.
Determine the spread, the upper limit and the return point for the
cash account of Tiger Co using the Miller-Orr model and explain the
relevance of these values for the cash management of the company.
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CHAPTER 14 – WORKING CAPITAL MANAGEMENT
THE TREASURY FUNCTION
A function devoted to all aspects of cash within a company.
This includes:
1. Investment
2. Raising finance
3. Banking and exchange
4. Cash and currency management
5. Risk
6. Insurance.
Role
„Tr asury mana m nt is th corporat handlin of all financial matt rs, th
generation of external and internal funds for business. The management of
currencies and cash flows, and complex strategies, policies and procedures of
corporat financ .‟
Centralisation vs. decentralisation
In a large organisation there is the opportunity to have a single head office t reasury
department or to have individual treasury departments in each of the divisions.
Modern practice would suggest the decentralised route where there is little or no
head office intervention in the workings of an autonomous division. This runs
contrary to treasury practice where large companies tend to have a centralised
function.
Advantages of centralisation
1. Avoid duplication of skills of treasury across each division. A centralised team
will enable the use of specialist employees in each of the roles of the
department.
2. Borrowin can b mad „in bulk‟ takin advanta of b tt r t rms in th form
of keener interest rates and less onerous conditions.
3. Pooled investments will similarly take advantage of higher rates of return than
smaller amounts.
4. Pooling of cash resources will allow cash-rich parts of the company to fund
other parts of the business in need of cash.
5. Closer management of the foreign currency risk of the business.
Advantages of decentralisation
1. Greater autonomy of action by individual treasury departments to reflect local
requirements and problems.
2. Closer attention to the importance of cash by each division.
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CHAPTER 14 – W ORKING CAPITAL MANAGEMENT
Profit centre vs. cost centre
Should the treasury department be run as a cost centre or a profit centre?
Cost centre – A function to which costs are accumulated.
Profit centre – A function to which both costs and revenues are accounted for.
Advantages of using a profit centre
1. The use of the treasury department is giv n „a valu ‟ which limits th us of
the service by the divisions.
2. The prices charged by the treasury department measure the relative efficiency
of that internal service and may be compared to external provision.
3. The treasury department may undertake part of the hedging risk of a trade
thereby saving the company as a whole money.
4. The department may gain other business if there is surplus capacity within the
department.
5. Speculative positions may be taken that net substantial returns to the
business.
Disadvantages of using a profit centre
1. Additional costs of monitoring. The treasury function is likely to be very
different to the rest of the business and hence require specialist oversight if
run as a profit making venture.
2. The treasury function is unlikely to be of sufficient size in most companies to
make a profit function viable.
3. The company may be taking a substantial risk by speculation that it cannot
readily quantify. In the event of a position going wrong the company may be
dragged down as a result of a single transaction.
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Solutions to examples
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SOLUTIONS TO EXAMPLES
CHAPTER 1 – FINANCIAL MANAGEMENT: AN
INTRODUCTION
3 factors affecting share price:
1. Cash flows to investors (dividends)
2. Growth prospects
3. Risk – aff ctin shar hold rs‟ r quir d r turn
Example 1
(a) P0 = 2
. 2- . 4 = 299 cents
(b) P0 = 2
. 5- . 4 = 217 cents. More risk makes the share less attractive
(c) P0 = 2
. 2- . 6 = 406 cents. Enhanced growth sees the share price increase
(d) P0 = .
3
2 = 192 cents
174 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Inventory Receivables
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e d V V
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D M
Days
Payables
365 Maximum level
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fin
a isio N L D D n 0 D D i i R P e d e d e
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S c b D
Days
Payables
365
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
Fina isio N L D D n 0 D D i i R P e d
Profit after tax
Number of ordinary shares in issue
=
Dividend per share + Capital gain or loss Share price at the beginning of the year
R Theoretical
MV of shares (cum rights) + Proceeds from
ex-rights = rights issue
price Number of shares (ex rights) P
o 1 1 I D F = S c b S = S
Days
Payables
SOLUTIONS TO EXAMPLES
CHAPTER 2 – FUNDAMENTAL FINANCIAL MATHS
Example 1
10,000 x 1.054 = $12,155
Example 2
Year 1 2 3 4
Price ($30)
Cost ($12)
Contribution
31.35
32.76
34.23
35.78
12.72
13.48
14.29
15.15
18.63
19.28
19.94
20.63
Example 3
12,155 x 1.05-4 = $10,000
Example 4
Year (n) 1 2 3 4 5
FV
(1 + r)-n
Present Value
360,000
280,000
0.907
0.7835 326,520
219,380
Total (326,520 + 219,380) = $545,900
Example 5
Year 1 2 3 4 5
FV
PVF
Present Value
40,000
40,000
40,000
40,000
40,000
0.952
0.907
0.864
0.823
0.784
38,080
36,280
34,560
32,920
31,360
Total = $173,200
OR
40000 x (0.952 + 0.907 + 0.864 + 0.823 + 0.784) = $173,200
Example 6
$12,500 x 7.536 = $94,200
Investing $90,000 gives something worth $94,200 in return.
gain in wealth of $4,200.
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The investor makes a
175
SOLUTIONS TO EXAMPLES
Example 7 (a) PV of 4 year annuity starting after 1 year (100,000 x 3.170) $317,000
(b) (i) Starting at time 4; value at time 3 is
Value at time 0 (PV) 317,000 x 0.751
(ii) Starting at time 0; 1s t instalment is in PV terms
2nd to 4th = 3 year annuity (100,000 x 2.487)
Total Present Value
$317,000
100,000
247,800
$238,067
$348,700
Example 8 1. Perpetuity value = 18,000 ÷ 0.09
Starting at time 5; value at time 4 is
Present value (200,000 x 0.708)
$200,0002.
200,000
$141,600 176 w w w .s tudyinte ract ive .o rg
Investment
Dividend Decision
Decision
Long- or short-term
Does use of available
cash give an
adequate return to
investors?
Debt or Equity
With an attractive
investment
opportunity, where
will funds come from?
Distribute or Retain?
Retained earnings
provide a cheap
source of equity
finance.
Risk & Cost of Capital
The financing decision will dictate the
return required by investors.
SOLUTIONS TO EXAMPLES
CHAPTER 3 – CAPITAL BUDGETING
Example 1
Time
Price V
Cost
Contribution
Volume
Total Contribution
Tax
Capital Allowance
Resale
Working Capital
Net Cash
Present Value (rounded)
Cumulative
Investment
Working Capital
Net Present Value
1 2
3% 30.00 30.90
4.50% 12.00 12.54
18.00 18.36
10000 12500
180000 229500
30% -54000
38625
-12938 -1738
167062 212387
10% 151900 175400
327300
3 4 5
31.83 32.78
13.10 13.69
18.72 19.09
12500 7500
234000 143175
-68850 -70200 -42952
28969 21727 44180
70000
22796 36880
216915 201582 1232
162900 137700 800
490200 627900 628700
515000
45000
68700
Example 2
NPV
000
X
69
10% 15% 20%
r%
-29 X
IRR appears close to 15.5%
Example 3
10 69 - (-29)
(18 - 10) 15.6%
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Investment
Dividend Decision
Decision
Long- or short-term
Debt or Equity
Distribute or Retain?
SOLUTIONS TO EXAMPLES
CHAPTER 4 – INVESTMENT APPRAISAL TECHNIQUES
Example 1
(a) 3.170 x $100,000 = $317,000
(b) 3.170 x $100,000 = $317,000 lands at time 3
Discounted by 3 further years: $317,000 x .751 = $238,067
(c) 3 future cash flows starting at time 1 have an annuity factor of 2.487
Add the cash flow at time 0 1.000
PV factor for all 4 payments 3.487
PV = $348,700
Example 2
(a) 18,000 ÷ 0.09 = $200,000
(b) $200,000 x 0.708 = $141,600
Example 3
(1 + money) = 1.08 x 1.05 = 1.134. Money rate = 13.4%
Example 4
(1 + r) = 1.123 ÷ 1.04 = 1.0798. Real rate = 8%
Example 5
WACC = 12%; real rate = 8%
Money Analysis
Year
Annual contribution
6,000 x (50 – 15) inflated
12% PVF
$PV
Cumulative
Real Analysis
3 year Annuity 6,000 x (50 – 15)
8% annuity factor
Present Value
1
217,560
0.893
194,281
2
225,392
0.797
179,637
$540,174
210,000
2.577
$541,170
3
233,506
0.712
166,256
(same value with rounding difference)
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SOLUTIONS TO EXAMPLES
Example 6 Purchase price = $45,000
Year
8% PVF
Annual running cost
PV
Resale Value at year end
1 2
0.926 0.857
5,000 5,000
4,630 4,287
n/a n/a
3 4 5
0.794 0.735 0.681
5,000 7,000 11,000
3,969 5,145 7,486
18,000 14,000 6,000
PV 14,289 10,290 3,403
Present Value of:
Annuity Factor (8%)
EAC
3 year cycle
$43,597
2.577
$16,918
4 year cycle
$52,741
3.312
$15,924
LOWEST
5 year cycle
$67,114
3.993
$16,808
Example 7 - divisible Project
A
B
C
D
Invest
Initial investment NPV PI Rank
$000s $000s
100 25 0.250 2
200 35 0.175 3
80 21 0.262 1
75 10 0.133 4
Project
1 C
2 A
3 B
Total
Proportion
100%
100%
170/200
Capital
80
100
170
Remaining NPV
270 21
170 25
- 29.8
75.8
Example 7 - indivisible Feasible combinations: A&C (46); A&D (35); B only (35); C&D (31)
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SOLUTIONS TO EXAMPLES
Example 8 (i) Allocate the $800,000 based upon Profitability Index (NPV per $ invested)
Project 1: $32.7 ÷ 300 =
Project 2: $57.6 ÷ 450 =
Project 3: $79.2 ÷ 400 =
So invest 100% in project 3:
P.I. Rank
0.109 3
0.128 2
0.198 1
NPV
79.2
And the remaining 400 in project 2 (400 ÷ 450) x 57.6 51.2
Maximum possible NPV 130.4
(ii) Allocate to affordable combinations:
Projects 1 and 2 (investing 300 + 450) give
Projects 1 and 3 (investing 300 + 400) give
Therefore invest in projects 1 and 3
Workings
Project 1
32.7+57.6 90.3
32.7+79.2 111.9
iscount iv n nominal („mon y‟) valu s at th nominal cost of capital of 2%
Time
$000
12% PVF
$PV 75.9
Less initial investment
NPV
Project 2
1 2 3
85 90 95
.893 .797 .712
71.7 67.6 63.6
4 5
100 95
.636 .567
53.9 332.7
Cumulative
(300.0)
32.7
Discount annuity in nominal terms using the 12% nominal cost of capital
$140.8 x 3.605 =
Initial Investment
NPV
Project 3
507.6
(450.0)
57.6
Either: inflate $120,000 to nominal terms using 3.6% inflation and discount at
nominal 12%;
Or: leave $120,000 as an annuity in real terms and discount at the real cost of
capital (the less complex option).
(1 + i) = (1+r)(1+h)
1.12 = (1+r) x 1.036
1+r = 1.12÷1.036 = 1.082 180 w w w .s tudyinte ract ive .o rg
SOLUTIONS TO EXAMPLES Use 8% factors
PV = $120.0 x 3.993 =
Initial investments =
NPV
479.2
(400.0)
79.2
Example 9 NPV working (with detail for sensitivity analysis)
Time Amount
1-3 Revenue
1-3 Variable Cost
1-3 Contribution
1-3 Fixed Cost
Present Value
Investment
120,000
30,000
90,000
65,000
PVF $PV
2.487 298,440
2.487 223,830
2.487 161,655
62,175
50,000
Net Present Value $12,175
Sensitivity to:
(i) Price:
(ii) Volume:
(iii) Fixed costs:
12175 ÷ 298,440 = 0.041%
Breakeven sales price will be $12 x (1 – 0.041) = $11.51 per
unit
12,175 ÷ 223,830 = 0.054
Breakeven volume = 10,000 x (1 – 0.054) = 9460 units p.a.
12175 ÷ 161,655 = 0.075
Breakeven cost = 65,000 x (1- 0.075) = $60,125 p.a.
Example 10 (a) Expected NPV
(1250 x 0.12) + (650 x 0.30) + (320 x 0.25) + ((750) x 0.33) = $177,500
Positive NPV suggests accepting the project.
(b) Ignores the fact that the most likely outcome is to make a whopping big loss.
Relies on probabilities which have no statistical backing.
Even if the probabilities were in any way reliable, this is an average value
which would only be achieved if the decision were repeated frequently and,
everyone knows, Toorongs rarely makes a Wryte once, let alone repeatedly!
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SOLUTIONS TO EXAMPLES
Example 11
Time
Operating cash flows
Cumulative
1 2
$’000 $’000
167 212
379
3 4 5
$’000 $’000 $’000
217 202 1
596
Initial investment (non-current assets plus working capital) $560
Cumulative cash flows reach and exceed outlay during 3rd year. i.e. Payback is
within 3 years.
Example 12
Time
Operating cash flows
PVF @ 10%
PV
Cumulative
1 2
$’000 $’000
167 212
0.909 0.826
152 175
327
3 4 5
$’000 $’000 $’000
217 202 1
0.751 0.683 0.621
163 138 1
490 628
Initial investment (non-current assets plus working capital) $560
Discounted payback occurs in fourth year.
Example 13 Discount at after-tax cost of borrowing (15 x (1-0.33)) 10%
Leasing option
Time Lease payments
33% tax relief
Net 10% PVF
Present Value
0 1
$’000 $’000
(30) (30) (30) (30)
0.909 (30) (27.3)
2 3 4 5
$’000 $’000 $’000 $’000 (30) (30) 9.9 9.9 9.9 9.9
(20.1) (20.1) 9.9
9.9 0.826 0.751 0.683 0.621
(16.6) (15.1) 6.8 6.1
Total present value of costs $76,100
Buying option
Time 0 1
$’000 $’000 Purchase/Resale (100)
Tax relief on capital
allowances 10% PVF 0.909
Present Value (100)
2 3 4 5
$’000 $’000 $’000 $’000 10
8.3 6.2 4.6 10.6 0.826 0.751 0.683 0.621
6.9 4.7 10.0 6.6
Total present value of costs $71,800
The better option, in purely financial terms, is to buy the equipment.
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SOLUTIONS TO EXAMPLES
Example 14 Average level of profit (165 + 189 + 186 + 143) ÷ 4
Average capital (excluding working capital) (515 + 70) ÷ 2
ARR (170.5 ÷ 292.5)
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170,500
292,500
58.3%
183
SOLUTIONS TO EXAMPLES
CHAPTER 5 – SOURCES OF LONG TERM FINANCE
No worked examples
184 w w w .s tudyinte ract ive .o rg
SOLUTIONS TO EXAMPLES
CHAPTER 6 – COST OF CAPITAL
Example 1
Ke = [(20 x 1.05) ÷ 400] +0.05 = 0.1025 OR 10.25%
Example 2
369 cum-div with a dividend of 36 becomes 333 ex-div
Ke = [(36 x 1.04) ÷ 333] +0.04 = 15.2%
Example 3
Growth = 0.133
Ke = [(33 x 1.133) ÷ 600] +0.133 = 19.5%
Example 4
Growth = 0.079
Ke = [(11 x 1.079) ÷ 258] + 0.079 = 12.5%
Example 5
Growth = 70% x 12% = 8.4% OR 0.084
Ex-div P0 is 500 – 40 = 460
Ke = [(40 x 1.084) ÷ 460] + 0.084 = 17.8%
Example 6
Ke = 8 + 1.2 x (15 – 8) = 16.4%
Example 7
Ke = 6 + 0.8 x (8) = 12.4%
Example 8
Kd = [10 x (1-0.3)] ÷ 120 = 5.83%
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SOLUTIONS TO EXAMPLES
Example 9
Time Cash %amount 1s t PVF 7% 1s t PV 2nd PVF 5% 2nd PV
1-5
5
0
I(1-T)
7
4.100
28.7
4.329
30.3
Redemption
100
0.713
71.3
0.784
78.4
P0
1s t NPV
100
2nd NPV
108.7
(102)
(102)
(2)
6.7
Kd: IRR is approximately 6.5%
NPV at different costs of capital (you only need to work out two)
Rate 4% 5%
NPV 11.4 6.7
6% 7% 8%
2.2 -2 -6.0
9% 10%
-9.8 -13.4
15
10
5
0
4% 5% 6% 7% 8% 9% 10% 11% 12%
-5
-10
-15
-20
-25
Example 10
Value
V ÷ (Ve + Vd)
Equity
20,000 x $3
60,000
60 ÷ 66.8
89.9%
Debt
8,000 x 85%
6,800
6.8 ÷ 66.8
10.1%
Total
66,800
WACC = (89.9% x 15) + (10.1% x 7.6%) = 14.3%
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SOLUTIONS TO EXAMPLES
Example 11
Value of 25 shares after 4 years with 6% growth: 25 x $4 x (1.06)4 = $126.25
Likely outcome is conversion rather than redemption (worth $100).
Time Cash % amount 1s t PVF 7% 1s t PV 2nd PVF 10% 2nd PV
1-4
4
0
I(1-T)
7
3.387
23.7
3.170
22.2
Redemption
126.25
0.763
96.3
0.683
86.2
P0
1s t NPV
120
2nd NPV
108.4
(110)
(110)
10
(1.6)
K onv IRR approximately 9.5%
Example 12 Kpref = 9 ÷ 140 = 6.4%
Example 13 Interest rate = 12%; cost of debt = 12 x (1 – 0.3) = 8.4%
Example 14 Cost of Debt = [10 x (1 – 0.7)] ÷ 120 = 5.8%
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c
SOLUTIONS TO EXAMPLES
CHAPTER 7 – CAPITAL STRUCTURE
No examples.
188 w w w .s tudyinte ract ive .o rg
SOLUTIONS TO EXAMPLES
CHAPTER 8 – BUSINESS RISK
Example 1
Year to:
Starting Price
Share price growth to 2011
Dividend Earned (Dec 2011)
Total return
As a % of starting
June 2011
400
40
10
50
12.5%
Sept 2011
480
2
10
12
2.5%
Example 2
r = 10 + 1.3 x (20 – 10) = 23%
None. Th r is diff r nt busin ss risk so th company‟s cost of capital is irr l vant .
Example 3
Need a beta from a gaming company with 37.5% debt (3:5 for Foreignin).
L has 35%; C has 40%, therefore the relevant beta is approximately half way
b tw n L‟s ( . ) and C‟s ( . 8) – use 1.14.
Ke = 6 + 1.14 x (11 – 6) = 11.7%
Example 4
Ignore current beta since it reflects a different business risk to the investment.
Proxy beta = 1.3
Asset beta = 1.3 x [60 ÷ (60 + 40(1-0.3))] = 0.886
(a) Equity beta at 30% debt = 0.886 x [70 + 30(1 - 0.3)] ÷ 70 = 1.15
Ke = 4 + 1.15 x (10 – 4) = 10.9%
(b) Equity beta at 70% debt = 0.886 x [30 + 70(1 - 0.3)] ÷ 30 = 2.33
Ke = 4 + 2.33 x (10 – 4) = 18%
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SOLUTIONS TO EXAMPLES
CHAPTER 9 – FINANCIAL PERFORMANCE MEASUREMENT
Example 1
$m Equity Finance
ROCE 10/42
Debt Finance
10/(20 + 22)
= 23.81% = 23.81%
Working
PBIT 10 10
Less Interest 0 10% (2)
PBT 10 8
Less Tax @30% (3) (2.4)
PAT 7 5.6
ROE 7/42 5.6/22
= 16.67% = 25.45%
Example 3
Financial Gearing
Debt
Equity
= 5 + 8 + 1 = 14
= 8 + 4 + 2 = 14
Equity gearing (D/E)
Total gearing (D/D + E)
= 14/14 = 100%
= 14/28 = 50%
Example 4
(a) Interest coverage
= PBIT/ interest = 20/4.5 = 4.44 X
(b) The level of cover suggest that we can cover our interest payments four times
over, although this may be considered relatively safe it does suggest a high
proportion of the profits generated are used solely to service debt leaving
relatively little available to re-invest in the company or pay out in the form of
dividends.
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SOLUTIONS TO EXAMPLES
Example 5
(a) Forecast Income Statement
$000s Debt financing Equity financing
Sales
+12% Cost of sales VC 85%
FC 15%
56,000
(28,560)
(4,500)
56,000
(28,560)
(4,500)
Gross profit 22,940 22,940
Admin costs + 5% (14,700) (14,700)
PBIT 8,240 8,240
Interest +500 (800) (300)
PBT 7,440 7,940
Tax @30% (2,232) (2,382)
PAT 5,208 5,558
Dividends @60% 3,125 3,335
RE 2,083 2,223 www .s tudyinte ract ive .org 191
SOLUTIONS TO EXAMPLES (b) Evaluation
Financial gearing
= D/E
Debt financing
2,500 + 5,000
= 22,560 + 2,083
Equity financing
2,500
= 22,560 + 2,223 +
5,000
Existing = 11.1% = 30.4% 8.4%
Operational gearing
= FC/TC
Existing = 42%
Interest cover
= PBIT/ interest
Existing = 20 X
4,500 + 14,700
= 33,060 + 14,700
= 40.2% = 40.2%
8,240 8,240
= = 800 300
= 10.3 X = 27.5 X
Earnings per share
5,208 5,558
= PAT/ No of shares 10,000 12,500
Existing = 39.9c = 52.1c = 49.4c
Comment
The project should be accepted because no matter how it is financed it will
mat rially incr as th company‟s arnin s p r shar and improv th r turn
to shareholders.
Financing by debt will have the effect of increasing the earnings per share by
a greater amount but at the expense of increasing financial risk. Both capital
structure and ability to pay interest as it falls due will be worse as a result of
debt. Both measures appear to be safe however as the existing position is
very safe.
Financing by equity will still improve earnings per share but not as much as
debt. It will however reduce the financial risk to the company in both
structural terms as gearing falls to only 8% and ease pressure from interest
payments on profits.
Example 6 EPS = $14m/6m = 233c per share
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SOLUTIONS TO EXAMPLES
Example 7
Dan Steph P/E Ratio 200/10 80/8
= 20 X = 10 X
Dividend payout ratio 2/10 x 100 8/8 x 100
= 20% = 100%
Dividend yield 2/200 x 100 8/80 x 100
= 1% = 10%
Example 8
2006 2007 2008 Dividend (cents)
Share price (cents)
Capital gain
TSR ROE
24.3 26.3
725 885
160
186.3
= 725
=25.7%
11%
27.6
734
(151)
(123.4)
885
=(13.9%)
9%
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SOLUTIONS TO EXAMPLES
CHAPTER 10 – RAISING EQUITY FINANCE
Example 1
Shares Price Sum
Existing
New
3 $2.8 $8.4
1 $2.0 $2.0
4
TERP = $10.4/ 4shares = $2.6/share
Value of a right
Per new share
$2.6 - $2.0 = $0.6/new share
Per existing share
$2.8 - $2.6 = $0.2/existing share
194
$10.4
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SOLUTIONS TO EXAMPLES
Example 2 Tirwen
(a)
Shares Price Sum
Existing 5
New 1
$4.00 $20.00 $3.40 $3.40
6
TERP = $3.9/ share
Value of a right per existing share
$23.40
$4 - $3.9 = $0.1/existing share
(b)
Take up rights
Total
Sell rights
In
$ Shares
1,000 x $4 4,000
Cash 1,000 x 1/5 x $3.4 680
4,680 Shares 1,000 x $4 4,000
Out
$ Shares
1,000 x 6/5 x $3.9 4,680
4,680
Shares 1,000 x $3.9 3,900
Cash 1,000 x $0.1 100
Total 4,000 4,000
The existing shareholder has two basic options, to take up the shares or to
sell the rights to those shares. If you consider the implications of these
actions above you will notice that the shareholder will be in a neutral position
in both cases providing the theoretical ex rights price is achieved.
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SOLUTIONS TO EXAMPLES
(c)
Current EPS
= share price ÷ price earnings ratio
= $4 ÷ 15.24 = $0.2625/share
Revised earnings per share
Note changes are:
1 issue shares
2 redeem debt, this will affect the tax paid
3 no change to underlying company assets therefore the PBIT can be
expected to remain the same.
We may use the statement of comprehensive income to help us.
Current PAT = $0.2625 x 4m = $1,050,000
(000s) Before $ After $
PBIT 2,127.5 2,127.5
Less Interest
PBT
12% x 4,500 +
7% x 1,250 627.5 Reduction of 2,500 327.5
(see below) 1,500 1,800
Less tax 30% 450 540
PAT 1,050 1,260
Working
Debt redeemed $000s
Total equity raised 2,720
Less issue costs (220)
Debt redeemed 2,500
Reduction in interest paid @ 12% 300
Revised EPS = $1,260/4,800 = $0.2625/share
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SOLUTIONS TO EXAMPLES
CHAPTER 11 – EFFICIENT MARKET HYPOTHESIS
No worked examples
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SOLUTIONS TO EXAMPLES
CHAPTER 12 – VALUATION
Example 1
Growth 2.5 x (1+g)5 = 4; (1+g)5 = 1.60; (1+g) = 1.0985
g (approx.) = 10%
Ke = 6 + 0.6(17 – 6) = 12.6%
4 x . 0
( . 26- .
) = 169 cents per share; Total value = $33,800,000
Example 2
Growth ROCE 20% x retained earnings (4 ÷ 20) 20% g = 4%
Ke = 6 + 0.9(11 – 6) = 10.5%
P0 = ( .
6
5-
.
. 4) = 256 cents per share;
Total value = $25,600,000
Example 3
Net Assets less liabilities = 785,000 – 200,000 = $585,000 (by book value)
Add $50,000 for non-current assets.
Deduct $10,000 for premium on debentures
Net value (585 + 50 – 10)
60% holding
$625,000
$375,000
Example 4
P/E to use is 10
Earnings available to ordinary shareholders are (320 – 30) $290,000.
Value is (10 x 290) $2,900,000
Example 5
$300,000 ÷ 0.125 = $2,400,000
Example 6
Tim horizon = “for s abl futur ”; us p rp tuity.
Real cost of capital = 10%
Taxation = 30% x (400 – 150 – 36 – 28) = 55.8 p.a.
Free Cash Flow = (400 -150 -36 – 60 – 55.8) = $98.2m pa
Total PV of FCF=
Value of Debt (140 x 1.10)
Value of Equity
198
$982m
$154m
$828m
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P =
x 4
SOLUTIONS TO EXAMPLES
Example 7 (i) Net asset value = 1,330 – 210 – 295 =
(ii) Dividend Growth = (69 x 1.03) ÷ (0.10 – 0.03) =
(iii) Earnings Yield = 115 ÷ 0.11 =
Or (growth model) (115 x 1.04) ÷ (0.11 – 0.04) =
$825m
$1,015m
$1,045m
$1,709m
Example 8 MV = 9% ÷ 0.06 = 150%
Example 9
Time Cash
1-4 Interest
4 Redeem
$per 100 NV 7%PVF $PV
8 3.387 27.1
100 0.763 76.3 Present Value per $100 nominal
Total Market Value (103.4% x $120m)
103.4
$124.1m
Example 10
(a)
Floor Value Expectation is that investors would recover debt capital.
Time Cash
1-4 Interest
4 Redeem
$per 100 NV 6%PVF $PV
7 3.465 24.26
100 0.792 79.20
Present Value per $100 nominal
Total Floor Value (103.46% x $40m)
103.46 $41.38m
(b)
Conversion value would be 16 x $6 x (1.04)4 = $112.31 (>$100)
Expectation is that investors would convert to shares.
Time Cash
1-4 Interest
4 Redeem
$per 100 NV 6%PVF $PV
7 3.465 24.26
112.31 0.792 88.96
Present Value per $100 nominal
Total Market Value (113.22% x $40m)
(c)
Conversion premium (45.29 – 41.38)
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113.22
$45.29m
$3.91m
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SOLUTIONS TO EXAMPLES
Example 11 Div = 11% x 50 cents = 5.5
P0 = 5.5 ÷ 0.06 = 91.7 cents per share. 200 w w w .s tudyinte ract ive .o rg
SOLUTIONS TO EXAMPLES
CHAPTER 13 – RISK
Example 1
(a) (i) Curr ncy in €; Rat in € so divide
Selling to the bank; the bank pays lower $ so divide by higher rate:
0.7778
R c ipt: €3 , ÷ .7778 = $385,703
(ii) € 55, ÷ .777 = $199,485
(b) (i) $385,710 ÷ 1.2857 = $300,000
(ii) € 55, x .287 = $199,485
Example 2
1 month: Netting off – payment of (515-265) €25 ,
Buy € payin (25 , ÷ .778 ) $321,295
3 month: N t r c ipt of €45 ,
S ll € r c ivin (45 , ÷ .782 ) $575,448
Example 3
Step 1 Match r c ipt of €45 , in 3 months‟ tim with a liability to b worth
€45 , in 3 months‟ tim .
Borrow in € payin 7.2% x 3/ 2 = .8%
450,000 ÷ 1.018 =
Step 2 Convert at spot rate
442,348 ÷ 0.7778 =
Step 3 Invest in $ money market, earning 4.8% x 3/12 = 1.2%
Amount in 3 months (568,325 x 1.012)
€442,043
$568,325
$575,144
The forward contract ($575,448) yields slightly more than the money market.
However, a decision whether Danke Yudle should use the money market would
d p nd on its ability to (and cost to) borrow in € as w ll as th opportuniti s it has
for investing the $568,325 to be received immediately.
Example 4
(a) In one month, the net payment will be £56,098 (100,000 ÷ 1.7826)
In three months, the net receipt will be £168,067 (300,000 ÷ 1.7850)
(Working)
Net off any concurrent receipts and payments– ie one month, net payment is
$100,000.
The forward rate to buy dollars is the lower end of the spread, so 1.7826.
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SOLUTIONS TO EXAMPLES
Three month rate to sell dollars; higher end of spread = $1.7850.
(b) Step 1 Borrow an amount in $USD to be paid off, with interest, by the
$300,000 receipt
ie 300,000 ÷ 1.0135 = $296,004
Note that interest is given annually, so 5.4% becomes 1.35% quarterly
Step 2 Convert that borrowing to sterling (÷ 1.7822)
Step 3 Invest in UK money market at 1.15% (x 1.015)
£166,089
£168,580
In this case, the money market yields slightly higher income than the forward
market hedge (£168,580 compared to £168,067) and so Inshal should use
the money market to hedge the receipt.
(c) Curr ncy futur s involv tradin in a mark t with instrum nts (th „futur s‟)
whose value rises or falls in connection with the value of a related asset, in
this case, an amount of £sterling stated in US dollar terms.
Inshal would, effectively, be betting that the value of the $300,000 receipt
falls below an amount iv n today in th futur s mark t (l t‟s say
£169,000).
If the worst happens and the receipt on the spot market is only £167,500,
then Inshal has won its bet and will gain £1,500 from the futures market,
giving a net of £169,000.
On the contrary, if the spot proceeds were to be £175,000, Inshal would lose
its bet, costing it £6,000 out of the proceeds, netting it £169,000 again.
The futures market is more complex than illustrated. For instanc , w can‟t
simply „b t‟ on $3 , . The market trades in multiples of £62,500 so
Inshall would have to trade in either £125,000 of futures (leaving a portion of
the receipt uncovered by the hedge), or £187,500 (with the potential of losses
– or gains – on the difference between that amount and the expected receipt
of £169,000). Either way, futures would not completely eliminate risk.
Finally, operating a futures hedge requires financial management staff with
expertise and the availability to monitor the position of the contract daily.
This brings with it additional costs compared to forward market or money
market hedging.
Frankly, anybody suggesting a futures hedge for a sum of only $300,000
should probably stay away from the important financial decisions affecting
Inshal.
Example 5
$ Rate €
Now
Interest
+ 1 year
1,000,000
× 1.05
1,050,000
0.7774 777,400
× 1.07 0.7922 831,818
831,818 ÷ 1,050,000 = 0.7922 202 w w w .s tudyinte ract ive .o rg
SOLUTIONS TO EXAMPLES
Example 6
$ Rate (€/$) €
Now
Inflation
+ 1 year
10,000 0.7774 7,774
× 1.0372 × 1.057 10,372 8,216
8,216 ÷ 10,373 = 0.7922 www .s tudyinte ract ive .org 203
SOLUTIONS TO EXAMPLES
CHAPTER 14 – WORKING CAPITAL MANAGEMENT
Example 1
Operating cycle Days
Inventory turnover period Inventory/Cost of sales x 365 68
30,000/160,000 x 365
Receivables period Receivables/Sales x 365 88
60,000/250,000 x 365
Payables period Payables/Cost of sales x 365 (114)
50,000/160,000 x 365
42 days
Example 2
(a) Receivables days = $8m/$40m x 365
(b) Cost of financing receivables
$8m x 0.14
= 73 days
= $1,120,000
Example 3
Cost of financing receivables
Interest cost
50% pay over normal terms $40m x 0.5 x 73/365 x 0.14
50% pay over discounted terms $40m x 0.5 x 10/365 x 0.14
Discount $40m x 0.5 x 0.02 Total cost
$560,000
$ 76,712
$400,000 $1,036,712
Example 4
Interest cost $40m x 50/365 x 0.14
Factor fee $40m x 0.016 Admin savings
Total cost
204
$767,123
$640,000
($175,000) $1,232,123
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SOLUTIONS TO EXAMPLES
Example 5
($s) Order quantities Ordering cost d/Q x Co
120,000/500 x $30 120,000/600 x $30
120,000/700 x $30 Holding cost Q/2 x Ch
500/2 x $20 600/2 x $20
700/2 x $20
500 600 700 7,200
6,000
5,143 5,000
6,000 7,000
Total cost 12,200 12,000 12,143
Order 600 units each time
Economic ord r quantity = √ 2 x $3 x 2 , /$2 = 6 units
Example 6
($s) Ordering cost d/Q x Co
120,000/600 x $30
120,000/1,000 x $30
Order quantities
EOQ Bulk Disc.
600 1,000
6,000 3,600
Holding cost Q/2 x Ch
600/2 x $20 6,000
1,000/2 x $20 10,000
Purchase cost
120,000 x $10
120,000 x $9.8 Total cost
Choose the bulk discount
1,200,000
1,212,000
1,176,000
1,189,600
Example 7
Reasons for the sharp decline in liquidity
Turnover has increased by 33% from 12,000 to 16,000 with no introduction of any
permanent funds. This will put pressure on the company because it will have to
rely on short-term funding to fund the growth of the business and puts the
company at risk of overtrading. Increase in receivables
The receivables balance has increased by $1m, or 63%, year on year reflecting
increased level of activity (turnover) but longer collection period.
taken by customers has increased to 59 days. www .s tudyinte ract ive .org
Average credit
205
SOLUTIONS TO EXAMPLES Increase in inventory
Inventory has increased by $0.8m or 57% during the year again as a result of
increased levels of activity and also increased turnover period of inventory. The
average holding period for inventory, as at 2012, is 88 days (2011: 73 days). Increase in payables
Trade payables have increased by 33% - exactly in line with sales activity which
suggests that there has been no additional reliance on payables as a source of
finance. High level of dividends
Dividend will be paid out at $1.5m this year and $2m next – approximately 40% of
earnings available p.a. This is in spite of high growth. Liquidity ratios
Current ratio
CA/CL x 100 Quick ratio
CA – inv/CL
4,500/2,000 4,500-1,400/2,000
20X2 20X3
2.25 4,900/2,400 2.04 1.55 4,900-2,200/2,400 1.13
The current ratio has fallen suggesting that an increasing level of current assets is
being funded using current liabilities, also the quick ratio has fallen suggesting that
the company is less able to pay its bills as they fall due. Cash position (net)
20X2 $1.5m
20X3 $($0.1m)
The company has re-invested surplus funds and is now operating a modest
overdraft given its current size and health, Ewden is not over-trading. Payable days
20X2 78 days
20X3 80 days
The number of days has barely moved which suggests that the company is having
no additional problems paying its bills.
The credit period of nearly three months may suggest that the company is
consistently abusing its credit terms which may lead to problems with suppliers
over the longer term.
Example 8
(a) Spread
= 3(¾ x transaction cost x variance of cash flows/daily interest rate)1/3
= 3(¾ x $50 x $250,000/0.0005)1/3
= $7,970 206 w w w .s tudyinte ract ive .o rg
SOLUTIONS TO EXAMPLES (b) Maximum level
= Minimum level + spread
= $25,000 + $7,970
= $32,970
(c) Return point
= Minimum level + 1/3 spread
= $25,000 + 1/3 x $7,970
= $27,657
Example 9
(a) Optimum cash invested
= √ 2 x $5 x $6 , / . 6
= $10,000 per order
(b) Transactions per annum
$60,000/$10,000 = 6 transactions per annum
Example 10
($000s)
Receipts
Payments Interest on traded bonds
Capital expenditure Net cash flow Overdraft interest (0.5%)
Net cash flow Balance b/f
Balance c/f
1 6,530
(5,040) 1,490
(10)
1,480 (2,000)
(520)
Month
2 5,300
(4,750) (200)
350
(3)
347
(520)
(173)
3 4,300
(4,600) (1,000) (1,300)
(1)
(1301)
(173)
(1,474)
Reduction in the balance of accounts receivable per day (ie increase in cash)
$60,500,000 x 1/365 = $165,753 ≈ $166,000
Reduction per month
$166,000 x 18 days ÷ 4 months = $747,000 www .s tudyinte ract ive .org 207
SOLUTIONS TO EXAMPLES
($000s)
Receipts
Payments Interest on traded bonds
Capital expenditure
Reduction in receivables
Net cash flow
Overdraft interest (0.5%)
Net cash flow
Balance b/f
Balance c/f
1
6,530
(5,040)
747
2,237
(10)
2,227
(2,000)
227
Month
2
5,300
(4,750) (200)
747
1,097
0
1,097
227
1,324
3
4,300
(4,600) (1,000)
747
(553)
0
(553)
1,324
771
Example 11
(a) Impact of proposed changes in credit policy
Existing position
Current contribution
$7m x 0.55
Current cost of financing receivables
$7m x 45/365 x 8%
Total
= $3,850,000
= ($69,041)
$3,780,959
Working
Revised sales revenue
$7m x 1.08
Revised contribution
$7.56m x 0.545
Revised cost of financing receivables
35% Discounted terms
$7.56m x 0.35 x 20/365 x 8%
65% Extended terms
$7.56m x 0.65 x 65/365 x 8%
Discount
$7.56m x 0.35 x 0.014
Total
$7,560,000 $4,120,200
($11,599)
($70,008)
($37,044)
$4,001,549
The changes in credit policy should lead to an improvement in overall
profitability. (b) Spread
= 3(¾ x transaction cost x variance of cash flows/daily interest rate)1/3
= 3(¾ x $50 x $1,000,000/0.00025)1/3
= $15,940
208 w w w .s tudyinte ract ive .o rg
SOLUTIONS TO EXAMPLES
The range over which the cash balance is allowed to fluctuate.
Maximum level
= Minimum level + spread
= $2,000 + $15,940
= $17,940
The maximum level of cash allowed if this balance is breached then a control
action will invest an amount equal to the maximum level minus the return
point.
Return point
= Minimum level + 1/3 spread
= $2,000 + 1/3 x $15,940
= $7,313
The balance to which the cash balance will return to after a control action.
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