P3 N 3ΚΩ 24V 12 + 2ΚΩ 6KQ 18V + 14| 1ΚΩ 36V 3 mA (a) Use Node Voltage Analysis to solve for V₁, I2, P3, and I4 in the circuit above. (b) Use Loop Current Analysis to solve for V₁, 12, P3, and I4 in the circuit above. (b) Use Superposition to solve for V₁, 12 and 14 in the circuit above. Does it work for P3?

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please solve step by step in plane background or plane paper and also answer should be fair and clean.

 

solve using superposition
P3
v
3KQ
24V 12 >6ΚΩ
+
X
2ΚΩ
(1+)
18V
14 1KQ
36V
3 mA
(a) Use Node Voltage Analysis to solve for V₁,
I2, P3, and I4 in the circuit above.
(b) Use Loop Current Analysis to solve for V₁,
12, P3, and I4 in the circuit above.
(b) Use Superposition to solve for V₁, 12 and 14
in the circuit above. Does it work for P3?
Transcribed Image Text:solve using superposition P3 v 3KQ 24V 12 >6ΚΩ + X 2ΚΩ (1+) 18V 14 1KQ 36V 3 mA (a) Use Node Voltage Analysis to solve for V₁, I2, P3, and I4 in the circuit above. (b) Use Loop Current Analysis to solve for V₁, 12, P3, and I4 in the circuit above. (b) Use Superposition to solve for V₁, 12 and 14 in the circuit above. Does it work for P3?
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