Test # 5 1. Use superposition to determine the net currents and voltages for the circuit below. Show how you arrived at each answer. Don't forget to notate the polarity of the voltage drops and the direction of the current flow. No work equals no credit. 154 10 mA R7 VS1 10 V R1 R4 R3 VS2 20 V R2 Rs R6 Is3 10mA Resistance Current @ Source: Vs1 Current @ Source: Vs2 Current @ Source: Is3 Current @ Source: Is4 Current NET R₁ = 1k2 R₂ = 2k2 R3 = 1k2 R4 = 5k R5 = 4k2 R6 = 2k2 R7 = 2k Resistance Voltage @ Voltage @ Source: Vs1 Source: Vs2 Voltage @ Source: Is3 Voltage @ Source: Is4 Voltage NET R₁ = 1k
Test # 5 1. Use superposition to determine the net currents and voltages for the circuit below. Show how you arrived at each answer. Don't forget to notate the polarity of the voltage drops and the direction of the current flow. No work equals no credit. 154 10 mA R7 VS1 10 V R1 R4 R3 VS2 20 V R2 Rs R6 Is3 10mA Resistance Current @ Source: Vs1 Current @ Source: Vs2 Current @ Source: Is3 Current @ Source: Is4 Current NET R₁ = 1k2 R₂ = 2k2 R3 = 1k2 R4 = 5k R5 = 4k2 R6 = 2k2 R7 = 2k Resistance Voltage @ Voltage @ Source: Vs1 Source: Vs2 Voltage @ Source: Is3 Voltage @ Source: Is4 Voltage NET R₁ = 1k
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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Transcribed Image Text:Test # 5
1. Use superposition to determine the net currents and voltages for the circuit below.
Show how you arrived at each answer. Don't forget to notate the polarity of the voltage
drops and the direction of the current flow. No work equals no credit.
154
10 mA
R7
VS1
10 V
R1
R4
R3
VS2
20 V
R2
Rs
R6
Is3
10mA

Transcribed Image Text:Resistance
Current @
Source: Vs1
Current @
Source: Vs2
Current @
Source: Is3
Current @
Source: Is4
Current
NET
R₁ = 1k2
R₂ = 2k2
R3 = 1k2
R4 = 5k
R5 = 4k2
R6 = 2k2
R7 = 2k
Resistance
Voltage @
Voltage @
Source: Vs1
Source: Vs2
Voltage @
Source: Is3
Voltage @
Source: Is4
Voltage
NET
R₁ = 1k
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