Note: Value of X=1. Value of Y=3 For the circuit in the figure, set up the supernode equation, the auxiliary supernode equation and the remaining node equation. Following the response format shown below for each equation: Ava ± Bvy ± Cve = D 10YV 10Ω Va Ve (1+) 30 V ( 10Ω, 2i, 102. ХА

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Note: Value of X=1. Value of Y=3
For the circuit in the figure, set up the supernode equation, the auxiliary
supernode equation and the remaining node equation. Following the response
format shown below for each equation:
Ava ± Bv, ± Cvc = D
10YV
10Ω
Va
Ve
1+)
30 V(E
102
2i,
10Ω.
ХА
Transcribed Image Text:Note: Value of X=1. Value of Y=3 For the circuit in the figure, set up the supernode equation, the auxiliary supernode equation and the remaining node equation. Following the response format shown below for each equation: Ava ± Bv, ± Cvc = D 10YV 10Ω Va Ve 1+) 30 V(E 102 2i, 10Ω. ХА
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