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Circuits (2) :- Va= Um Cos (out) ia= Im Cos (wr_d) | Pa= Um Im Cos (wt) _ Cos (wt -d) | Pb = √m Im Cos (wt_120) Cos (wt-120-Q) Um = Vb - Um Cos (wt_128) ib= Im Cos (wt-128-9) vc = Vm Cos (wt +120) ic = Im Cos (wt +120-9) } Pe= Um Im Cos (wh +120) los (wt +120-Q) (Power) P= Pa + Pb + Pc

Circuits (2) :- Va= Um Cos (out) ia= Im Cos (wr_d) | Pa= Um Im Cos (wt) _ Cos (wt -d) | Pb = √m Im Cos (wt_120) Cos (wt-120-Q) Um = Vb - Um Cos (wt_128) ib= Im Cos (wt-128-9) vc = Vm Cos (wt +120) ic = Im Cos (wt +120-9) } Pe= Um Im Cos (wh +120) los (wt +120-Q) (Power) P= Pa + Pb + Pc

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Find the total power

Circuits (2) ;- Va = Um Cos (wt) ia = Im Cos (wt-d) ] Pa= Um Im Cos (wt) _ Cos (wt_d) = Vb - Um Cos (wt_128) ib = Im Cos (wt-120-9) vc = Um Cos (wt +120) ic = Im Cos (wt +120-d) Pb= Vm Im los (wt_120) Cos (wt-128-Q) } Pe=u 2= Um Im Cos (wh +120) los (wt +120-Q) (Power) P= Pa + Pb + Pc
Transcribed Image Text:Circuits (2) ;- Va = Um Cos (wt) ia = Im Cos (wt-d) ] Pa= Um Im Cos (wt) _ Cos (wt_d) = Vb - Um Cos (wt_128) ib = Im Cos (wt-120-9) vc = Um Cos (wt +120) ic = Im Cos (wt +120-d) Pb= Vm Im los (wt_120) Cos (wt-128-Q) } Pe=u 2= Um Im Cos (wh +120) los (wt +120-Q) (Power) P= Pa + Pb + Pc
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