23. A balanced three-phase source with positive phase sequence has two single phase loads. Load 1 is a capacitive reactance of 10 ohms connected between lines A and C. Load 2 is an inductive resistor connected between lines B and C. Determine the impedance of the resistor so that the current in line C is zero. A. 17.32 + j10n B. 8.66 + j5 N C. 10 + j30 2 D. 5 + j15 N

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A.
u. 37.642-104.5° A D. 41.82272.8° A
23. A balanced three-phase source with positive phase sequence has two single phase loads. Load 1
is a capacitive reactance of 10 ohms connected between lines A and C. Load 2 is an inductive
resistor connected between lines B and C. Determine the impedance of the resistor so that the
current in line C is zero.
A. 17.32 + j10N
B. 8.66 + j5 N
C. 10 + j30 N
D. 5 + j15 N
Transcribed Image Text:A. u. 37.642-104.5° A D. 41.82272.8° A 23. A balanced three-phase source with positive phase sequence has two single phase loads. Load 1 is a capacitive reactance of 10 ohms connected between lines A and C. Load 2 is an inductive resistor connected between lines B and C. Determine the impedance of the resistor so that the current in line C is zero. A. 17.32 + j10N B. 8.66 + j5 N C. 10 + j30 N D. 5 + j15 N
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