RLine jXLine L |L2 L V(rms) Three loads are supplied through a line in the figure. Find the magnitude of the impedance that is equivalent to the three parallel loads for the parameters given below L1 : Absorbs an average power of 20kW at a unity power factor. L2 : Absorbs an apparent power of 16 kVA at a lagging power factor of 0.9. L3 : Absorbs an average power of 10 kW and delivers 8 kvars. RLine = 0.1 X Line = 0.2 V = 25040°V (rms) Lotfen birini seçin: a.3.2565 b.3.9875 c2.1025 d2.5478 e.0.5896 f.4.6545 956878 h.1.4073

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RLine jXLine
V.
L2
|L3| V1(rms)
Three loads are supplied through a line in the figure. Find the magnitude of the impedance that is
equivalent to the three parallel loads for the parameters given below
L1 : Absorbs an average power of 20kW at a unity power factor.
L2 : Absorbs an apparent power of 16 kVA at a lagging power factor of 0.9.
L3: Absorbs an average power of 10 kW and delivers 8 kvars.
RLine = 0.1
XLine = 0.2
V, = 25020°V (rms)
Lutfen birini seçin:
a.3.2565
b.3.9875
c.2.1025
d.2.5478
e.0.5896
f.4.6545
g.5.6878
h.1.4073
Transcribed Image Text:RLine jXLine V. L2 |L3| V1(rms) Three loads are supplied through a line in the figure. Find the magnitude of the impedance that is equivalent to the three parallel loads for the parameters given below L1 : Absorbs an average power of 20kW at a unity power factor. L2 : Absorbs an apparent power of 16 kVA at a lagging power factor of 0.9. L3: Absorbs an average power of 10 kW and delivers 8 kvars. RLine = 0.1 XLine = 0.2 V, = 25020°V (rms) Lutfen birini seçin: a.3.2565 b.3.9875 c.2.1025 d.2.5478 e.0.5896 f.4.6545 g.5.6878 h.1.4073
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