Question 2: Consider the following circuit. a/ By using KVL or Voltage-Divider Rule (VDR) (seeing Vab as the voltage division of E), calculate the voltage Vab. b/ Calculate the total resistance RT of the circuit, then calculate the total current IT. c/ By using KCL or Current-Divider Rule (CDR) (seeing IL as the current division of IT), calculate the load current IL. R1 R3 20 Q 100 Q a IT E R2 100 2 RL 80 Q 24 V b.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question 2: Consider the following circuit.
a/ By using KVL or Voltage-Divider Rule (VDR) (seeing Vab as the
voltage division of E), calculate the voltage Vab.
b/ Calculate the total resistance RT of the circuit, then calculate the total
current IT.
c/ By using KCL or Current-Divider Rule (CDR) (seeing IL as the current
division of IT), calculate the load current IL.
R1
R3
20 2
100 Q
a
IT
E
R2
RL
80 Q
24 V
100 Q
b.
Transcribed Image Text:Question 2: Consider the following circuit. a/ By using KVL or Voltage-Divider Rule (VDR) (seeing Vab as the voltage division of E), calculate the voltage Vab. b/ Calculate the total resistance RT of the circuit, then calculate the total current IT. c/ By using KCL or Current-Divider Rule (CDR) (seeing IL as the current division of IT), calculate the load current IL. R1 R3 20 2 100 Q a IT E R2 RL 80 Q 24 V 100 Q b.
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