3=20, R4=60, K1=6, K2=6, V1=15 and V2=35, Show that the total power dissipated equals the total power developed by calculating the following: (if you approximate then to the nearest 4 decimal places)

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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In the below figure, for R1=20, R2=60, R3=20, R4=60, K1=6, K2=6, V1=15 and V2=35, Show that the total power dissipated equals the total power developed by calculating the following: (if you approximate then to the nearest 4 decimal places)

 

 

 

Power on V2=

 

 

Answer for part 1
 

 

Power on R4=


 

Answer for part 2
 

 

Power on R3=

 


 

Answer for part 3
 

 

Power on K2V0=


 

Answer for part 4
 

 

Power on R2=

 


 

Answer for part 5
 

 

Power on V1=

 

 

Answer for part 6
 

 

Power on K1i0=

 

 

Answer for part 7
 

 

Power on R1=

 


 

Answer for part 8
 
R2N
V1
R4Q %
R3Ω
V2
K2,
>Kli,
R12
Transcribed Image Text:R2N V1 R4Q % R3Ω V2 K2, >Kli, R12
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