For the 3-phase system shown below, the source line voltage is 460 V, 60 Hz, 1). Phase "a" voltage, Vsa is Phase "b" voltage, Vs is Phase "c" voltage, Vs, is 2) What is the system phase sequence? 3). Line current, Isa is from the phase voltage, Vsa. 4). The total real power and reactive power provided by the source is (value and unit) and, L-120 V, and +120 V. A with degrees lagging/leading (circle one) (value and unit), respectively. Vs 6-j62 2+ j22 Load 1 Load 2

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Problem 8.
For the 3-phase system shown below, the source line voltage is 460 V, 60 Hz,
1). Phase "a" voltage, Vsa is
Phase "b" voltage, Vss is
Phase "c" voltage, Vse is
2) What is the system phase sequence?
3). Line current, Isa is
from the phase voltage, Vsa.
4). The total real power and reactive power provided by the source is
(value and unit) and
20 V,
L-120 V, and
<+120 V.
A with
degrees lagging/leading (circle one)
(value and unit), respectively.
j42
le
V
6-62
2+ j22
Load 1
Load 2
Transcribed Image Text:Problem 8. For the 3-phase system shown below, the source line voltage is 460 V, 60 Hz, 1). Phase "a" voltage, Vsa is Phase "b" voltage, Vss is Phase "c" voltage, Vse is 2) What is the system phase sequence? 3). Line current, Isa is from the phase voltage, Vsa. 4). The total real power and reactive power provided by the source is (value and unit) and 20 V, L-120 V, and <+120 V. A with degrees lagging/leading (circle one) (value and unit), respectively. j42 le V 6-62 2+ j22 Load 1 Load 2
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