a) For the circuit shown in Figure(Q.3.a), use Kirchhoff's voltage law tocalculate; i. The current in the circuit.ii. The voltage across each resistor. iii.The power consumed by eachresistor.2026V10240212V20ΩV,Fig. Q.3.a1 Add fileb) Find the equivalent resistance ofthe network shown in Figure (Q.3.b)and also find the current in 8 Qresistor.5050W-803012VFig. Q.3.b1 Add file

Answered: a) For the circuit shown in Figure…

a) For the circuit shown in Figure (Q.3.a), use Kirchhoff's voltage law to calculate; i. The current in the circuit. ii. The voltage across each resistor. iii. The power consumed by each resistor.

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

a) For the circuit shown in Figure
(Q.3.a), use Kirchhoff's voltage law to
calculate; i. The current in the circuit.
ii. The voltage across each resistor. iii.
The power consumed by each
resistor.
202
6V
102
402
12V
20Ω
V,
Fig. Q.3.a
1 Add file
b) Find the equivalent resistance of
the network shown in Figure (Q.3.b)
and also find the current in 8 Q
resistor.
50
50
W-
80
30
12V
Fig. Q.3.b
1 Add file

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