1- By using Thevenin's Theorem, solve the circuit in Fig (1) and calculate the value of current and voltage for R₁ & compare it with measured value of (IL,VL) 2- In the circuit shown in fig (3), calculate the current through the resistor R when its resistor is 6 ohm, Apply Thevenin's Theorem. V1 -12V Hill R1 22002 R2 www 1000 R3 22002 Fig (1) V₁ RL 10002 R4 22002 B

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question
1- By using Thevenin's Theorem, solve the circuit in Fig (1) and
calculate the value of current and voltage for R₁ & compare it with
measured value of (IL,VL)
2- In the circuit shown in fig (3), calculate the current through the
resistor R when its resistor is 6 ohm, Apply Thevenin's Theorem.
V1
-12V
V1
12V
R1
22002
R2
10002
www
1002
R3
22002
Fig (1)
RL
Fig (3)
VL
AAA
RL
10002
R4
www
22002
www
1002
B
Hilt
V2
-10V
Transcribed Image Text:1- By using Thevenin's Theorem, solve the circuit in Fig (1) and calculate the value of current and voltage for R₁ & compare it with measured value of (IL,VL) 2- In the circuit shown in fig (3), calculate the current through the resistor R when its resistor is 6 ohm, Apply Thevenin's Theorem. V1 -12V V1 12V R1 22002 R2 10002 www 1002 R3 22002 Fig (1) RL Fig (3) VL AAA RL 10002 R4 www 22002 www 1002 B Hilt V2 -10V
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