By applying the Super Node equation between 1-3 the equation is: 10 Vx * www 2kn 6V ww 1+ 1KQ 1 ww 21, 6KQ 2 ref 4K0 Vx 12 mA ww Select one: O a (V₁-6)/3k-21₂+(V₁-V₂)/6k-12mA + V3/8k = 0 O b. (6-V₁)/3k-21₂+(V₁-V₂)/6k - 12mA + V3/8k=0 Oc None of the answers 3 O d. (V₁-6)/3k-21₂+(V₁-V₂)/6k+12mA + V3/8k = 0 O e. V₁+6)/3k-21₂ + (V₁ V₂)/6k-12mA+V3/8k=0 8KQ Vo

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Question
7
By applying the Super Node equation between 1-3 the equation is:
10 Vx
L
ww
O d.
O e.
2KQ
1KQ
6V
1 +
1
21,
Vref
6 KQ
4KQ
*
2
www.
Vx
12mA
Select one:
O a. (V₁-6)/3k-21₂ + (V₁-V₂)/6k - 12mA + V3/8k = 0
(6-V₁)/3k-21₂ + (V₁-V₂)/6k-12mA + V3/8k = 0
None oh the answers
O b.
Oc
(V₁-6)/3k-21₂ + (V₁ V₂)/6k+12mA+ V3/8k = 0
V₁+6)/3k-21₂ + (V₁ - V₂)/6k - 12mA+V3/8k = 0
3
8KQ Vo
Transcribed Image Text:7 By applying the Super Node equation between 1-3 the equation is: 10 Vx L ww O d. O e. 2KQ 1KQ 6V 1 + 1 21, Vref 6 KQ 4KQ * 2 www. Vx 12mA Select one: O a. (V₁-6)/3k-21₂ + (V₁-V₂)/6k - 12mA + V3/8k = 0 (6-V₁)/3k-21₂ + (V₁-V₂)/6k-12mA + V3/8k = 0 None oh the answers O b. Oc (V₁-6)/3k-21₂ + (V₁ V₂)/6k+12mA+ V3/8k = 0 V₁+6)/3k-21₂ + (V₁ - V₂)/6k - 12mA+V3/8k = 0 3 8KQ Vo
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