Given the circuit fed by 50HZ voltage source Vs, knowing that Z, is an inductive load with 0.8 power factor and Zz is a capacitive load with 0.6 power factor, please answer the following questions with detailed steps a) Find the power factor of the parallel of Z1 and Z2. b) Find the phasor Is, ( given V1 = 200<0 Volts) c) Find the lost power in the line. d) Find the voltage of the source Vs. e) Find the value of the capacitor to be added parallel to the loads to have a unity power factor 0.05 + j0.5Q Line 8kW 6 kVA V, 20020° Z1 0.8 | 0.6

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Author:Robert L. Boylestad
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solve last 2 please
Given the circuit fed by 50HZ voltage source Vs, knowing that Z, is an inductive load with
0.8 power factor and Z2 is a capacitive load with 0.6 power factor, please answer the
following questions with detailed steps
a) Find the power factor of the parallel of Z1 and Z2.
b) Find the phasor Is, ( given V1 = 200<0 Volts) [
c) Find the lost power in the line.
d) Find the voltage of the source Vs.
e) Find the value of the capacitor to be added parallel to the loads to have a unity power
factor
0.05+ j0.5Q
Line
8kW
6 kVA
20020° Z
0.8
|Z,
0.6
Transcribed Image Text:solve last 2 please Given the circuit fed by 50HZ voltage source Vs, knowing that Z, is an inductive load with 0.8 power factor and Z2 is a capacitive load with 0.6 power factor, please answer the following questions with detailed steps a) Find the power factor of the parallel of Z1 and Z2. b) Find the phasor Is, ( given V1 = 200<0 Volts) [ c) Find the lost power in the line. d) Find the voltage of the source Vs. e) Find the value of the capacitor to be added parallel to the loads to have a unity power factor 0.05+ j0.5Q Line 8kW 6 kVA 20020° Z 0.8 |Z, 0.6
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