7:31 PM OLTEe BEE-F3-Assig..i20 V10Ω5ΩAnswer: VTh = 0 V, RTh = 10 Q, ix = 0 APage 2 of 2Q4. In the given circuit obtain Norton's equivalent as viewed from terminal (i) a andb, (ii) c and db4Ω120 V6 A2ΩAnswer: Between a and b, 7 A, 2 QBetween c and d, 12.667 A, 1.5 QQ5. Use superposition theorem to solve for v, in the circuit.6 A4 A8Ω4igAnswer: vy = - 80/3 VQ6. The variable resistance R is adjustable untill it absorbs maximum power fromthe circuit. (i) Calculate the value of R form maximum power, (ii) Determine themaximum power absorb by R.80 Ω20 Q40 VR10Ω90 2Answer: R = 25 Q, Maximum power = 7.84 W2/2

4..>> We have to find the norton equivalent circuit. for that we have to find the norton short…

Answered: Q4. In the given circuit obtain…

Q4. In the given circuit obtain Norton's equivalent as viewed from terminal (i) a and b, (ii) с and d а ww 120 V 6 A Answer: Between a and b, 7 A, 2 Q Between c and d, 12.667 A, 1.5 Q

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

7:31 PM O
LTE
e BEE-F3-Assig..
i
20 V
10Ω
5Ω
Answer: VTh = 0 V, RTh = 10 Q, ix = 0 A
Page 2 of 2
Q4. In the given circuit obtain Norton's equivalent as viewed from terminal (i) a and
b, (ii) c and d
b
4Ω
120 V
6 A
2Ω
Answer: Between a and b, 7 A, 2 Q
Between c and d, 12.667 A, 1.5 Q
Q5. Use superposition theorem to solve for v, in the circuit.
6 A
4 A
8Ω
4ig
Answer: vy = - 80/3 V
Q6. The variable resistance R is adjustable untill it absorbs maximum power from
the circuit. (i) Calculate the value of R form maximum power, (ii) Determine the
maximum power absorb by R.
80 Ω
20 Q
40 V
R
10Ω
90 2
Answer: R = 25 Q, Maximum power = 7.84 W
2/2

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