(a) Transform the given circuit such that the 3 – kN resistor branch is left unchanged and the final circuit contains only resistor(s) and voltage source(s). (b) From your simplified circuit in part (a), determine the current labeled i as well as the power dissipated in the 3 – kN resistor. (c) Simulate each circuit (original and simplified) to verify your results (current and power); Use bottom node as ground/reference node. 3 k N 14kN 12 V () 5mA 2 kN 7 V Upload your solution (hand/manual calculation and screenshots of your simulation in MOLE & GClass (backup files).

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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(a) Transform the given circuit such that the 3 - kN resistor branch is left
unchanged and the final circuit contains only resistor(s) and voltage source(s).
(b) From your simplified circuit in part (a), determine the current labeled i as well
as the power dissipated in the 3 – kNresistor.
(c) Simulate each circuit (original and simplified) to verify your results (current and
3 k N
14kN
power); Use bottom node as ground/reference node.
12 V
5mA
2 kN
7 V
Upload your solution (hand/manual calculation and screenshots of your simulation in
MOLE & GClass (backup files).
Transcribed Image Text:(a) Transform the given circuit such that the 3 - kN resistor branch is left unchanged and the final circuit contains only resistor(s) and voltage source(s). (b) From your simplified circuit in part (a), determine the current labeled i as well as the power dissipated in the 3 – kNresistor. (c) Simulate each circuit (original and simplified) to verify your results (current and 3 k N 14kN power); Use bottom node as ground/reference node. 12 V 5mA 2 kN 7 V Upload your solution (hand/manual calculation and screenshots of your simulation in MOLE & GClass (backup files).
3 kN
14kN
12 V ( *
) 5mA
2 kN
7 V
Transcribed Image Text:3 kN 14kN 12 V ( * ) 5mA 2 kN 7 V
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