estion - 2: he network below, write all the possible node voltage equation to find Vo. ITHOUT SOLVING) 2000/, 1 10 k2 2 4 k2 3 1 k2 4 I kO 5 10 kΩ 4 mA 1 k2 12 V I kn V. Ref : Write the 7 equations for: Node 1. Node 2. Node 4. Super-node (3.5), Additional

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question – 2:
In the network below, write all the possible node voltage equation to find Vo.
(WITHOUT SOLVING)
20001,
10 k2
2
4 k2
1 kN
1 kQ
4000 I,
10 k2
1 k2
*) 12 v
1 kQ
V.
4 mA
Ref
Hint: Write the 7 equations for: Node 1, Node 2, Node 4, Super-node (3,5), Additional
equation related to super-node, constraint equation and Vo equation.
Transcribed Image Text:Question – 2: In the network below, write all the possible node voltage equation to find Vo. (WITHOUT SOLVING) 20001, 10 k2 2 4 k2 1 kN 1 kQ 4000 I, 10 k2 1 k2 *) 12 v 1 kQ V. 4 mA Ref Hint: Write the 7 equations for: Node 1, Node 2, Node 4, Super-node (3,5), Additional equation related to super-node, constraint equation and Vo equation.
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