Question A single phase AC generator feeds a load. The generator may be modeled as an ideal sinusoidal voltage source (Ex volts) in series with an ideal inductance (X, ohms) and a small winding resistance. The resistance is about 10% of the ohmic value of the inductive reactance. The load draws a current of I, amps with a power factor of 80% lagging at a voltage being VL volts. The voltages and current just mentioned are all in their rms values. Draw and label the circuit, write down the governing equation(s) and draw an appropriate phasor diagram for this operation.

CW7XUD The Asker · Electrical Engineering

Transcribed Image Text: A single phase AC generator feeds a load. The generator may be modeled as an ideal sinusoidal voltage source (Ex volts) in series with an ideal inductance (X, ohms) and a small winding resistance. The resistance is about 10% of the ohmic value of the inductive reactance. The load draws a current of I, amps with a power factor of 80% lagging at a voltage being VL volts. The voltages and current just mentioned are all in their rms values. Draw and label the circuit, write down the governing equation(s) and draw an appropriate phasor diagram for this operation.
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Transcribed Image Text: A single phase AC generator feeds a load. The generator may be modeled as an ideal sinusoidal voltage source (Ex volts) in series with an ideal inductance (X, ohms) and a small winding resistance. The resistance is about 10% of the ohmic value of the inductive reactance. The load draws a current of I, amps with a power factor of 80% lagging at a voltage being VL volts. The voltages and current just mentioned are all in their rms values. Draw and label the circuit, write down the governing equation(s) and draw an appropriate phasor diagram for this operation.
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ADYMYX

Lol: rarr{:[Ra=>0.1Xs_(s)],[V=>epsi_(f)]:}Single ptase ac generator can be represented asLoad current =>I_(L)Loed voltage =>V_(L)Loed P.f. =>0.8 (lagging)Load can be represented asLo vircuit diagram can be drawn as.because p.f is lagging 20 it is inductive in nature.KVL in loop.{:[ bar(E)_(f)-I_(L)(0.1x_(S)+( hat(ȷ))x_(S))-I_(L)z_(L)=>0],[ bar(E)_(f)=>I_(L)(0.1X_(s)+jX_(S))- ... See the full answer