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+ υ vX Dis R In the network above, use R = 392 and is(t) = 23A cos(20t + 78°). a. Assume first that X is a capacitor with C = 5mF. What is the phasor voltage associated with v(t)? V = V Z ° b. Assume now that X is an inductor with L = 300mH. What is the phasor current associated with i(t)? I = AZ nter at least 4 digits of precision.

+ υ vX Dis R In the network above, use R = 392 and is(t) = 23A cos(20t + 78°). a. Assume first that X is a capacitor with C = 5mF. What is the phasor voltage associated with v(t)? V = V Z ° b. Assume now that X is an inductor with L = 300mH. What is the phasor current associated with i(t)? I = AZ nter at least 4 digits of precision.

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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+ υ vX Dis R In the network above, use R = 392 and is(t) = 23A cos(20t + 78°). a. Assume first that X is a capacitor with C = 5mF. What is the phasor voltage associated with v(t)? V = V Z ° b. Assume now that X is an inductor with L = 300mH. What is the phasor current associated with i(t)? I = AZ nter at least 4 digits of precision.
Transcribed Image Text:+ υ vX Dis R In the network above, use R = 392 and is(t) = 23A cos(20t + 78°). a. Assume first that X is a capacitor with C = 5mF. What is the phasor voltage associated with v(t)? V = V Z ° b. Assume now that X is an inductor with L = 300mH. What is the phasor current associated with i(t)? I = AZ nter at least 4 digits of precision.
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