Assuming that the source is operating at 60 Hz, determine the following: a. Magnitude of current I, in Amperes. b. Angle of current I, in degrees. What is the reactive power Q of the load in

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220230°
Load
P = 2 kW
pf = 0.9 lag
Assuming that the source is operating at 60 Hz,
determine the following:
a. Magnitude of current I, in Amperes.
b. Angle of current I, in degrees.
c. What is the reactive power Q of the load in
KVAR?
Is the load consuming or supplying Q?
What is the apparent power S of the load in
KVA?
d.
e.
f.
What is the load resistance? Express your
answer in Ohms.
g.
What is the load inductance? Express your
answer in millihenries.
Transcribed Image Text:220230° Load P = 2 kW pf = 0.9 lag Assuming that the source is operating at 60 Hz, determine the following: a. Magnitude of current I, in Amperes. b. Angle of current I, in degrees. c. What is the reactive power Q of the load in KVAR? Is the load consuming or supplying Q? What is the apparent power S of the load in KVA? d. e. f. What is the load resistance? Express your answer in Ohms. g. What is the load inductance? Express your answer in millihenries.
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