Consider Figure B of the phasor diagrams, where |Vol and llol are RMS values observed on a multimeter: |Vol-7.5 kV. llo |-20 A, a-210 degrees, 0-16 degrees. Determine the following quantities (keep 2 decimal places): Instantaneous current: A. RMS voltage: kV. Power factor: (scalar value only). Power factor is leading or lagging: (+1 for leading, -1 for lagging). Apparent power: kVA. Real power: kW. Question 1.2 If these phasors are voltage and current measurements over a load, then the system in Figure B has an inductive load. True O False

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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consider the diagram below
Pigure A
Figire
Feure C
Diagram 1: Rotating phasors
QUestion 1.1
Transcribed Image Text:consider the diagram below Pigure A Figire Feure C Diagram 1: Rotating phasors QUestion 1.1
Consider Figure B of the phasor diagrams, where |Vol and |lol are RMS values observed on
a multimeter:
|Vol-7.5 kV. llo |-20 A, a-210 degrees, 0-16 degrees.
Determine the following quantities (keep 2 decimal places):
Instantaneous current:
A.
RMS voltage:
kV.
Power factor:
(scalar value only).
Power factor is leading or lagging :
(+1 for leading, -1 for lagging).
Apparent power:
kVA.
Real power:
kW.
Question 1.2
If these phasors are voltage and current measurements over a load, then the system in
Figure B has an inductive load.
True
False
Transcribed Image Text:Consider Figure B of the phasor diagrams, where |Vol and |lol are RMS values observed on a multimeter: |Vol-7.5 kV. llo |-20 A, a-210 degrees, 0-16 degrees. Determine the following quantities (keep 2 decimal places): Instantaneous current: A. RMS voltage: kV. Power factor: (scalar value only). Power factor is leading or lagging : (+1 for leading, -1 for lagging). Apparent power: kVA. Real power: kW. Question 1.2 If these phasors are voltage and current measurements over a load, then the system in Figure B has an inductive load. True False
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