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In the circuit of Fig. 13.98, find the value of the coupling coefficient & that will make the 10- resistor dissipate 320 W. For this value of k, find the energy stored in the coupled coils at r= 1.5 s. 165 cos 10% V Figure 13.98 For Prob. 13.29. 10 (2 ww 30 mH 50 mH ww 200

In the circuit of Fig. 13.98, find the value of the coupling coefficient & that will make the 10- resistor dissipate 320 W. For this value of k, find the energy stored in the coupled coils at r= 1.5 s. 165 cos 10% V Figure 13.98 For Prob. 13.29. 10 (2 ww 30 mH 50 mH ww 200

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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In the circuit of Fig. 13.98, find the value of the coupling coefficient & that will make the 10-02 resistor dissipate 320 W. For this value of k, find the energy stored in the coupled coils at f= 1.5 s. 165 cos 10³ V Figure 13.98 For Prob. 13.29. 10 12 ww . 30 mH 50 mH ww 2002
Transcribed Image Text:In the circuit of Fig. 13.98, find the value of the coupling coefficient & that will make the 10-02 resistor dissipate 320 W. For this value of k, find the energy stored in the coupled coils at f= 1.5 s. 165 cos 10³ V Figure 13.98 For Prob. 13.29. 10 12 ww . 30 mH 50 mH ww 2002
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