Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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Find the input resistance between points A and B of the following resistive network:
Question

A parallel clrcuit consists of a power source and three branches, each branch consists of one resistor. Branch 1 resistor has a current of

37 mA

. Branch 2 resistor has a power of

150 mW

. Branch 3 resistor has 24 volts across it. The total circuit power is

1.372 W

Draw the described parallel circuit and solve for the following: 1. Rt 2. It 3.

vt

4. R1 5. R2 6. R3 7. IR1 8. IR2 9. IR3 10. PR1 11. PR2 12. PR3 13.

Pt

14. If branch \#1 current would increase branch \#2 and \#3 current would A. increase B. decrease C. stay the same

Name Date A parallel circuit consists of a power source and three branches, each branch consists of one resistor. Branch 1 resistor has a current of 37mA. Branch 2 resistor has a power of 150mW. Branch 3 resistor has 24 volts across it. The total circuit power is 1.372W Draw the described parallel circuit and solve for the following: 1. Rt. 2. It 3. Vt 4. R1 5. R2 6. R3 7. IR1 8. IR2, 9. IR3 10. PR1 11. PR2 Class 12. PR3 13. Pt. 14. If branch #1 current would increase branch # 2 and #3 current would A. increase B. decrease C. stay the same
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Transcribed Image Text:Name Date A parallel circuit consists of a power source and three branches, each branch consists of one resistor. Branch 1 resistor has a current of 37mA. Branch 2 resistor has a power of 150mW. Branch 3 resistor has 24 volts across it. The total circuit power is 1.372W Draw the described parallel circuit and solve for the following: 1. Rt. 2. It 3. Vt 4. R1 5. R2 6. R3 7. IR1 8. IR2, 9. IR3 10. PR1 11. PR2 Class 12. PR3 13. Pt. 14. If branch #1 current would increase branch # 2 and #3 current would A. increase B. decrease C. stay the same
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Step 1: Determine the given data
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Step 2: Draw the described circuit and solve total resistance of the circuit.
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Step 3: Solve total current and total voltage of the circuit.
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Solution
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