10.19 The current in the frequency-domain circuit shown in Fig. P10.19 is 50/0 mA (rms). a) Find the average and reactive power for the current source. b) Is the current source absorbing or delivering average power? c) Is the current source absorbing or delivering magnetizing vars? d) Find the average and reactive powers associated with each impedance branch in the circuit. e) Check the balance between delivered and absorbed average power. f) Check the balance between delivered and absorbed magnetizing vars.

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10.19 The current I, in the frequency-domain circuit
shown in Fig. P10.19 is 50/0° mA(rms).
a) Find the average and reactive power for the
current source.
b) Is the current source absorbing or delivering
average power?
c) Is the current source absorbing or delivering
magnetizing vars?
d) Find the average and reactive powers associated
with each impedance branch in the circuit.
e) Check the balance between delivered and
absorbed average power.
f)
Check the balance between delivered and
absorbed magnetizing vars.
Figure P10.19
-1750
{50 Ω
25 02
ww
150 Ω
Transcribed Image Text:10.19 The current I, in the frequency-domain circuit shown in Fig. P10.19 is 50/0° mA(rms). a) Find the average and reactive power for the current source. b) Is the current source absorbing or delivering average power? c) Is the current source absorbing or delivering magnetizing vars? d) Find the average and reactive powers associated with each impedance branch in the circuit. e) Check the balance between delivered and absorbed average power. f) Check the balance between delivered and absorbed magnetizing vars. Figure P10.19 -1750 {50 Ω 25 02 ww 150 Ω
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