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36. In the circuit of Figure 4.41, determine a value for L such that the magnitude of v, equals v./2 if the source frequency is 10 kHz, R = 2.7 kN and C= 10 nF. b E Figure 4.41 37. Given the circuit of Figure 4.41, determine a value for C such that the source current is in phase with the source voltage. The source frequency is 1 kHz, R = 68 Q and L = 22 mH.

36. In the circuit of Figure 4.41, determine a value for L such that the magnitude of v, equals v./2 if the source frequency is 10 kHz, R = 2.7 kN and C= 10 nF. b E Figure 4.41 37. Given the circuit of Figure 4.41, determine a value for C such that the source current is in phase with the source voltage. The source frequency is 1 kHz, R = 68 Q and L = 22 mH.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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36. In the circuit of Figure 4.41, determine a value for L such that the magnitude of v, equals v./2 if the source frequency is 10 kHz, R = 2.7 kQ and C = 10 nF. a b E Figure 4.41 37. Given the circuit of Figure 4.41, determine a value for C such that the source current is in phase with the source voltage. The source frequency is 1 kHz, R = 68 N and L = 22 mH. 1
Transcribed Image Text:36. In the circuit of Figure 4.41, determine a value for L such that the magnitude of v, equals v./2 if the source frequency is 10 kHz, R = 2.7 kQ and C = 10 nF. a b E Figure 4.41 37. Given the circuit of Figure 4.41, determine a value for C such that the source current is in phase with the source voltage. The source frequency is 1 kHz, R = 68 N and L = 22 mH. 1
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