circuit analysis chp2

Irwin, Basic Engineering Circuit Analysis, 9/E 1

Chapter 2: Analysis of Resistive Circuits Problem 2.1

2.1

Figure P2.1

P2.1.

Ch02.indd 1Ch02.indd 1 12/22/08 5:14:26 PM12/22/08 5:14:26 PM



2.2

Figure P2.2

P2.2




2.3

Figure P2.3

P2.3,




2.4

Figure P2.4

P2.4,




Ch02.indd 5Ch02.indd 5 12/23/08 9:32:35 AM12/23/08 9:32:35 AM



2.6

Figure P2.6

P2.6.




2.7

Figure P2.7

P2.7.




2.8

Figure P2.8

P2.8a.

P2.8b.

2.8b,

2.8a,




2.9

Figure P2.9

P2.9.




2.10

Figure P2.10

P2.10




+-

2.11

Figure P2.11

P2.11.




+-

2.12

Figure P2.12

P2.12.




2.13

Figure P2.13

P2.13.




2.14

Figure P2.14

P2.14.




2.16

Figure P2.16

P2.16.




2.17

Figure P2.17

P2.17.




2.18

Figure P2.18

P2.18.




2.19

Figure P2.19

P2.19.




2.20

Figure P2.20

P2.20.




2.21

Figure P2.21

P2.21,




2.22

Figure P2.22

P2.22.




2.23

Figure P2.23

P2.23.




2.25

Figure P2.25

P2.25.




2.27

Figure P2.27

P2.27.




2.28

Figure P2.28

P2.28.




2.29

Figure P2.29

P2.29.




2.30

Figure P2.30

P2.30,




2.31

Figure P2.31

P2.31.




2.32

Figure P2.32

P2.32.




2.34

Figure P2.34

P2.34.




2.35

Figure P2.35

P2.35.




2.36

Figure P2.36

P2.36.



12 mA


2.37

Figure P2.37

P2.37.



12 mA

| |


2.38

Figure P2.38

P2.38.




2.39

Figure P2.39

P2.39.




2.40

Figure P2.40

P2.40.




2.42

Figure P2.42

P2.42.




2.43

Figure P2.43

P2.43.




2.45

Figure P2.45

P2.45.




2.49

Figure P2.49

P2.49.




2.50

Figure P2.50

P2.50.



1R


2.51

Figure P2.51

P2.51.




2.52

Figure P2.52

P2.52.




2.54

Figure P2.54

P2.54.




2.55

Figure P2.55

P2.55,



R -eq >





2.56



-

--

-

++

o

o

2 k


2.59

Figure P2.59

P2.59.



-+

-

+-

o

o-


2.60

Figure P2.60

P2.60.



2.62

Figure P2.62

P2.62.




-

-+

+

(-


2.64

Figure P2.64

P2.64.




2.65

Figure P2.65

P2.65.




2.67

Figure P2.67

P2.67.



- -45




<5


2.68

Figure P2.68

P2.68.



3A


2.69

Figure P2.69

P2.69.




2.70

Figure P2.70

P2.70.




2.71

Figure P2.71

P2.71




2.72

Figure P2.72

P2.72,




2.73

Figure P2.73

P2.73.




2.75

Figure P2.75

P2.75.



1

>


2.77

Figure P2.77

P2.77,



+

-


2.81

Figure P2.81

P2.81,




2.82

Figure P2.82

P2.82.



RR




+-

3


2.84

Figure P2.84

P2.84



2.88 Given I" = 2 mA in the network in Fig. P2.88,

find V.I'

VA v.. 1 kn..•.

+ VJ- Iq

1 kfl't

1 kfl ~ 2kf!-

~.,. ::. ,2)C._I

KC,.L""

+

-

3


2.86

Figure P2.86

P2.86,



1,)..t I~.= I~

VA ::. -2,h - 2-D




+ +- -


2.88

Figure P2.88

P2.88.




2.89

Figure P2.89

P2.89




2.91

Figure P2.91

P2.91.




2.93

Figure P2.93

P2.93




2.95

Figure P2.95

P2.95.




2.96

Figure P2.96

P2.96.



s





2.97

Figure P2.97

P2.97.




2.99

Figure P2.99

P2.99.




2.100

Figure P2.100

P2.100.



=

= =

=+

-


2.101

Figure P2.101

P2.101.




2.104

Figure P2.104

P2.104.




2.105

Figure P2.105

P2.105.




2.106

Figure P2.106

P2.106,



SOLUTION:

xI

V12

3R1R

2R5R

4R

6R

The correct answer is d.

� �� 123465 )( RRRRRRReq ��

� �� 13110)28( ��eqR

�� 31)36(eqR

AR

Ieq

s 43

1212��

� � �� 6)(' 3465 RRRRR

AI x 3

8

9

244

63

6��

�

��

��

>Is

Chapter 2: Analysis of Resistive Circuits Problem 2FE-10


circuit analysis chp2

Documents