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1. Three resistors of value 2 k, 3 kN, and 5 kN are connected in series across a 10 V battery. What is the total current flowing in the circuit?

1. Three resistors of value 2 k, 3 kN, and 5 kN are connected in series across a 10 V battery. What is the total current flowing in the circuit?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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1. Three resistors of value 2 k2, 3 kN, and 5 k2 are connected in series across a 10 V battery. What is the total current flowing in the circuit? 2. Four resistors R,, R,, R2, and R, are connected in series. If R, = 200 2, R, = 300 Q, R̟ = 500 N, and Requivalent = 1.6 k2, find the value of R,. 3. Four resistors R,, R,, R2, and R, are connected in parallel. If R, = 200 k2, R, = 300 k2, R, 600 kΩ, and Requivalent = 8 kQ, what is the value of R,? 4. For the circuit shown, determine the source voltage E if R 120 N. equivalent 50 a 30Ω 512 ν R 5. Resistors R,, R,, and R, are connected in parallel, determine the unknown resistances given the fact that Requivalent 10 Q, R, = 5 R, and R3 = (1/2) R¡.
Transcribed Image Text:1. Three resistors of value 2 k2, 3 kN, and 5 k2 are connected in series across a 10 V battery. What is the total current flowing in the circuit? 2. Four resistors R,, R,, R2, and R, are connected in series. If R, = 200 2, R, = 300 Q, R̟ = 500 N, and Requivalent = 1.6 k2, find the value of R,. 3. Four resistors R,, R,, R2, and R, are connected in parallel. If R, = 200 k2, R, = 300 k2, R, 600 kΩ, and Requivalent = 8 kQ, what is the value of R,? 4. For the circuit shown, determine the source voltage E if R 120 N. equivalent 50 a 30Ω 512 ν R 5. Resistors R,, R,, and R, are connected in parallel, determine the unknown resistances given the fact that Requivalent 10 Q, R, = 5 R, and R3 = (1/2) R¡.
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