chapter 6 – problem #20

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Chapter 6 – Problem #20 arget duration is 14d. ritical path: A-C-D-E-G.

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Chapter 6 – Problem #20. Target duration is 14d. Critical path: A-C-D-E-G. Chapter 6 – Problem #20. Resource X is over utilized on 3 days shown. Resource W is over utilized on the one day shown. Chapter 6 – Problem #20. - PowerPoint PPT Presentation

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Page 1: Chapter 6 – Problem #20

Chapter 6 – Problem #20

Target duration is 14d.Critical path: A-C-D-E-G.

Page 2: Chapter 6 – Problem #20

Chapter 6 – Problem #20Resource X is over utilized on 3 days shown.Resource W is over utilized on the one day shown.

Page 3: Chapter 6 – Problem #20

Chapter 6 – Problem #20After leveling the project duration is 17 days. Critical path is A-B-D-F-G.Skip part (e).

Page 4: Chapter 6 – Problem #20

Chapter 6 – Problem #21Critical path is B-C-E-H. The project duration and cost for the all normal levels of project activity is 20 days and $400.

Normal Normal Crash Crash CrashActivity Dur Cost Dur Cost Cost/Day

a 5 $ 50 3 $ 150 $ 50 b 4 $ 40 2 $ 200 $ 80 c 7 $ 70 6 $ 160 $ 90 d 2 $ 20 1 $ 50 $ 30 e 3 $ 30 f 8 $ 80 5 $ 290 $ 70 g 5 $ 50 4 $ 100 $ 50 h 6 $ 60 3 $ 180 $ 40

Total 20 $ 400

18-day delivery time, cost = $480. Crash H (-2).

16-day delivery time, cost = $630. Crash H (-3), B(-1), D(-1).

14-day delivery time, cost = $800. Crash H (-3), B(-1), D(-1), C(-1).

Page 5: Chapter 6 – Problem #20

Chapter 6 – Problem #21

11

33

44

22

a

b

c

d

e

f

g

55 h

66

Page 6: Chapter 6 – Problem #20

Chapter 6 – Problem #21

Page 7: Chapter 6 – Problem #20

Chapter 6 – Problem #21, Excel Solver (grad students)

Page 8: Chapter 6 – Problem #20

Chapter 6 – Problem #21, Excel Solver (grad students)

Page 9: Chapter 6 – Problem #20

Chapter 6 – Problem #21, Excel Solver (grad students)

Page 10: Chapter 6 – Problem #20

Chapter 6 – Problem #21, Excel Solver (grad students)

Page 11: Chapter 6 – Problem #20

Chapter 6 – Problem #21, Excel Solver (grad students)

Page 12: Chapter 6 – Problem #20

Chapter 7 – Problem #25

ACWP=AC=$270,000BCWP=EV=$272,000BCWS=PV=$261,000

Cost/spending variance=EV-AC= + $2,000

Schedule variance=EV-PV= + $11,000

SPI=EV/PV=1.042

CPI=EV/AC=1.007

Less has been spent than the baseline plan, and given what has been spent, more progress has been made than was anticipated.

Page 13: Chapter 6 – Problem #20

Chapter 7 – Problem #26

ACWP=AC=$156,000BCWP=EV=$162,000BCWS=PV=$168,000

Cost/spending variance=EV-AC= + $6,000

Schedule variance=EV-PV= - $6,000

SPI=EV/PV=0.964

CPI=EV/AC=1.038

Less has been spent than the baseline plan, and given what has been spent, less progress has been made than should have been made.

Page 14: Chapter 6 – Problem #20

Chapter 7 – Problem #27 & 28

ACWP=AC=$1,480BCWP=EV=$950BCWS=PV=$1,430

Cost/spending variance=EV-AC= - $530Schedule variance=EV-PV= - $480

SPI=EV/PV=0.664CPI=EV/AC=0.642

BAC=$1,750ETC=$1,246.11EAC=$2,726.11

Activity Dur Bud AC %Compl SchCompla 2 $ 300.0 $ 400.0 100% 2/2b 3 $ 200.0 $ 180.0 100% 3/3c 2 $ 250.0 $ 300.0 100% 2/2d 5 $ 600.0 $ 400.0 20% 4/5e 4 $ 400.0 $ 200.0 20% 2/4