1.Calculate by the method of your choice the voltage, current and power in R4 of the circuit 2. Find the Thévenin equivalent of circuit 1 between points A and B (without considering R4) 3. Build the thevenin equivalent circuit and place R4, show that you get the same voltage and current values in R4 as in point 1 4. Find the Norton equivalent circuit for circuit 1 between points A and B (ignoring R4 R1 R3 Rth 2. 2k 1k Vth R2 R4 820 R4 Cirauito 1 Circuito 2

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Electrical Engineering
1.Calculate by the method of your choice the voltage,
current and power in R4 of the circuit
2. Find the Thévenin equivalent of circuit 1 between
points A and B (without considering R4)
3. Build the thevenin equivalent circuit and place R4,
show that you get the same voltage and current values
in R4 as in point 1
4. Find the Norton equivalent circuit for circuit 1
between points A and B (ignoring R4
R1
R3
Rth
1k
2. 2k
9V
Vth
R2
4.7k
R4
820
R4
B
Circuito 1
Circuito 2
Transcribed Image Text:Electrical Engineering 1.Calculate by the method of your choice the voltage, current and power in R4 of the circuit 2. Find the Thévenin equivalent of circuit 1 between points A and B (without considering R4) 3. Build the thevenin equivalent circuit and place R4, show that you get the same voltage and current values in R4 as in point 1 4. Find the Norton equivalent circuit for circuit 1 between points A and B (ignoring R4 R1 R3 Rth 1k 2. 2k 9V Vth R2 4.7k R4 820 R4 B Circuito 1 Circuito 2
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