A building inventory identified the following equipment with the corresponding impedance or power consumption at 230 V rms. The building power supply is 230 V rms. (Assume that the building voltage supply is the reference phasor) What is the total complex power consumed within the building and the effective power factor? Load 1: 160 - j40 Load 2: 500 VA at 0.85 pf lag Load 3: 450 W at 0.95 pf lead Load 4: 200 + j300 VA
A building inventory identified the following equipment with the corresponding impedance or power consumption at 230 V rms. The building power supply is 230 V rms. (Assume that the building voltage supply is the reference phasor) What is the total complex power consumed within the building and the effective power factor? Load 1: 160 - j40 Load 2: 500 VA at 0.85 pf lag Load 3: 450 W at 0.95 pf lead Load 4: 200 + j300 VA
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A building inventory identified the following equipment with the corresponding impedance or power consumption at 230 V rms. The building power supply is 230 V rms. (Assume that the building voltage supply is the reference phasor) What is the total complex power consumed within the building and the effective power factor?
Load 1: 160 - j40
Load 2: 500 VA at 0.85 pf lag
Load 3: 450 W at 0.95 pf lead
Load 4: 200 + j300 VA

Transcribed Image Text:Complete the following table:
Load
1
2
3
4
Phasor
current*
Real power
absorbed
450 W
200 W
Reactive
power
absorbed
300 VA
Apparent
power
absorbed
500 VA
Power
factor
0.85
0.95
Lead/Lag?
Lag
Lead
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