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In the circuit depicted in Fig.Q6, E(t) in given in rms. The system is assumed to operate at 50HZ. From the circuit find: i) Reactive power in the 50mH inductor ii)Total real power absorbed and iii) power factor of the network. |(t) 102 YO E(t)=X90°V 50mH 0.6mF

In the circuit depicted in Fig.Q6, E(t) in given in rms. The system is assumed to operate at 50HZ. From the circuit find: i) Reactive power in the 50mH inductor ii)Total real power absorbed and iii) power factor of the network. |(t) 102 YO E(t)=X90°V 50mH 0.6mF

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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X= 207  Y=21 in (A)

b) find Ra /Rb /Rc  

x=11 Y=16 

solve all or dislike 

 

 

 

In the circuit depicted in Fig.Q6, E(t) in given in rms. The system is assumed to operate at 50HZ. From the circuit find: i) Reactive power in the 50mH inductor ii)Total real power absorbed and iii) power factor of the network. I(t) 102 YO E(t)=XL90°V 50mH 0.6mF
Transcribed Image Text:In the circuit depicted in Fig.Q6, E(t) in given in rms. The system is assumed to operate at 50HZ. From the circuit find: i) Reactive power in the 50mH inductor ii)Total real power absorbed and iii) power factor of the network. I(t) 102 YO E(t)=XL90°V 50mH 0.6mF
R ww YA ХА Ra Re 8V 10 V
Transcribed Image Text:R ww YA ХА Ra Re 8V 10 V
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