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Assignment 1
Circuit Analysis Due Date: 26th Feb
Assignment 1
S.No Question Answers1. Determine the amount of power absorbed or supplied by the element shown if
(a) V1 = 4V, I = 2 A(b) V1 = -4V, I = 2 A
(a)8W absorbed(b) 8W absorbed
2. Determine the amount of power absorbed or supplied by the element shown if(a)V1 = −6V, I = 3 A(b) V1 = 6V, I = -3 A
(a) 18W supplied(b) 18W supplied
3. Determine the missing quantity in the circuits shown. (a) I = 4 A(b) P = 24W supplied
4. Determine the power supplied to the elements shown P1 = 8WP2 = 32W
5. Two elements are connected in series, as shown. Element 1 absorbs 36 of power. Is element 2 absorbing or supplying power, and how much?
P2 = 12W supplied
Circuit Analysis
Assignment 1
6. Find x I in the network shown. Ix = 2A
7. Find V in the network shown. Vs = 18V
8. Find Io in the network shown. Io = 3A
9. Find I1 in the network shown. I = 6 mA
Circuit Analysis
Assignment 1
10. Find Ix , Iy and Iz in the circuit shown Ix= -8mA , Iy=10mA and Iz
=-2mA
11. Find Io in the network shown. Io= 2mA
12. Find V in the network shown. Vo=4V
13. Find Io in the circuit shown. 0.75 mA
14. Find I0 in the circuit using nodal analysis. 1mA
Circuit Analysis
Assignment 1
15. Find I0 in the circuit using nodal analysis. 2.78mA
16. Find V2 in the circuit shown using nodal analysis. V2 = 22 V
17. Use nodal analysis to find Vo in the circuit shown. -7.28V
18. Find I0 in the circuit using nodal analysis V3=1.2VIo=0.6mA
19. Use nodal analysis to find both V1 and V0 in the circuit shown V1 =−12 V0=0
20. Find I0 in the network using nodal analysis I0=1.25
Circuit Analysis
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21. Find V0 in the network using nodal analysis V2=6v∴ V0=V2 −V3=0V
22. Use nodal analysis to find I o and I 1 in the circuit shown. I o= 2 mA I 1 = −6 mA
23. Find I0 in the circuit using nodal analysis I0 = −0.9mA
Circuit Analysis
Assignment 1
24. Use nodal analysis to find V0 in the network
25. Find I0 in the network
26. Find V0 in the network
27. Find I1 in the network shown
Circuit Analysis
Assignment 1
28. Find I0 in the circuit shown
29. Find I0 in the network using nodal analysis
30. Use nodal analysis to find V0 in the circuit shown.
Circuit Analysis
Assignment 1
31. Find V in the network shown using nodal analysis. V o =4.36 V
32. Find V in the network shown using nodal analysis.
33. Find Io in the circuit shown using nodal analysis.
Circuit Analysis
Assignment 1
34. Find Vo in the circuit shown using nodal analysis.
35. Use nodal analysis to find Vo in the network shown.
36. Use matlab to find the node voltages in the network shown.
37. Use mesh equations to find Vo in the circuit shown.
Circuit Analysis
Assignment 1
38. Find Vo in the network shown using mesh equation
39. Use mesh analysis to find Vo in the circuit shown
40. Use mesh analysis to find Vo in the network shown
Circuit Analysis
Assignment 1
41. Use loop analysis to find Vo in the circuit shown.
42. Use loop analysis to find Io in the circuit shown
43. Use both nodal analysis and mesh analysis to find Io in the circuit shown
Circuit Analysis
Assignment 1
44. Find Io in the network shown using mesh analysis.
45. Find Io in the network shown using mesh analysis.
46. Use loop analysis to find Vo in the network shown.
Circuit Analysis
Assignment 1
47. Find Io in the network shown using loop anal
ysis. 48. Use loop analysis to find Io in the network shown.
49. Use loop analysis to find Vo in the network shown.
Circuit Analysis
Assignment 1
50. Find Vo in the network shown.
51. Find Io in the circuit shown using superposition
52. In the network shown find Vo using superposition
53. Find Vo in the network shown using superposition
Circuit Analysis
Assignment 1
54. Find Io in the network shown using superposition.
55. Find Io in the network shown using superposition
56. Find Io in the network shown using superposition.
Circuit Analysis
Assignment 1
57. Find Io in the network shown using superposition
58. Find Io in the circuit shown using superposition
59. Use superposition to find Io in the circuit shown
Circuit Analysis
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60. Find Io in the network shown using superposition
61. Use source transformation to find Io in the circuit shown
62. Find Vo in the network shown using source transformation
63. Use source transformation to find Vo in the network shown.
Circuit Analysis
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64. Find Vo in the network shown using source transformation
65. Find Io in the circuit shown using source transformation
66. Find Io in the network shown using source transformation.
67. Use Thevenin’s Theorem to find Vo in the network shown.
68. Use Thevenin’s Theorem to find Vo in the network shown.
Circuit Analysis
Assignment 1
69. Use Thevenin’s Theorem to find Io in the network shown.
70. Find Io in the network shown using Thevenin’s Theorem.
71. Find Vo in the circuit shown using Thevenin’s Theorem.
72. Find Io in the circuit shown using Thevenin’s Theorem.
Circuit Analysis
Assignment 1
73. Find Io in the network shown using Thevenin’s Theorem.
74. Use Norton’s Theorem to find Vo in the network shown.
75. Find Io in the network shown using Norton’s Theorem
76. Use Norton’s Theorem to find Io in the circuit shown.
77. Find Io in the network shown using Norton’s Theorem.
Circuit Analysis
Assignment 1
78. Find Io in the network shown using Norton’s Theorem.
79. Use Norton’s Theorem to find Vo in the network shown.
80. Find RL for maximum power transfer and the maximum power that can be transferred inthe network shown.
81. In the network shown find Io using multisim.
Circuit Analysis