Use node-voltage to compute the current io. 36 A 108 V ( i, 4Ω ww ( A a. Complete the nodal equation below for Node 1: )+( 10 = HI )+( 3Ω ** place positive or negative numerical values in the blanks: no fractions please ** 202 wwwwww" ) v1 + ( 10 Ω b. Complete the nodal equation below for Node 2: ) 0₂ + ( c. Complete the nodal equation below for Node 3: )₂+( )₂+( d. What is the value of current io (in Amps)? A 592 ww ) 3 = 189 ) 13 = 216 18 A ) V3 = -180

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Use node-voltage to compute the current io.
36 A
108 V
4Ω
www
(
) + (
(
V₁
ww
a. Complete the nodal equation below for Node 1:
)₂+(
F
392
www
** place positive or negative numerical values in the blanks: no fractions please **
) v₁ + (
10 Ω
b. Complete the nodal equation below for Node 2:
) 0₂ + (
c. Complete the nodal equation below for Node 3:
) ₂ + (
) v₂ + (
252
d. What is the value of current io (in Amps)?
to =
A
5Ω
) 3 = 189
) 13 = 216
18 A
) V3 = -180
Transcribed Image Text:Use node-voltage to compute the current io. 36 A 108 V 4Ω www ( ) + ( ( V₁ ww a. Complete the nodal equation below for Node 1: )₂+( F 392 www ** place positive or negative numerical values in the blanks: no fractions please ** ) v₁ + ( 10 Ω b. Complete the nodal equation below for Node 2: ) 0₂ + ( c. Complete the nodal equation below for Node 3: ) ₂ + ( ) v₂ + ( 252 d. What is the value of current io (in Amps)? to = A 5Ω ) 3 = 189 ) 13 = 216 18 A ) V3 = -180
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