Question 1 A. The following are the currents in ampers at the terminals of a Y connected three phase source operating under unbalanced fault conditions 4=4e#20 Iz = 2e#90 1,= 2e50 The values of the line to neutral voltages in volts are given by: V.=80e*j20 Vg = 75e90 Vc= 60e*il60 I. Determine the negative and zero sequence currents. Is the neutral of the source grounded?Why? E II. Determine the negative and zero sequence voltages. s] III. Find the total apparent power delivered by the source using both phase and sequence values obtained in parts I and II.

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Question 1
A. The following are the currents in ampers at the terminals of a Y connected three phase source operating
under unbalanced fault conditions
4=4e#20
Iz = 2e90
1,= 2ej50
The values of the line to neutral voltages in volts are given by:
V,=80e*j20
VB = 75e190
Vc= 60e*l60
1. Determine the negative and zero sequence currents. Is the neutral of the source grounded?Why? I
II. Determine the negative and zero sequence voltages.
III. Find the total apparent power delivered by the source using both phase and sequence values obtained in
parts I and II.
Transcribed Image Text:Question 1 A. The following are the currents in ampers at the terminals of a Y connected three phase source operating under unbalanced fault conditions 4=4e#20 Iz = 2e90 1,= 2ej50 The values of the line to neutral voltages in volts are given by: V,=80e*j20 VB = 75e190 Vc= 60e*l60 1. Determine the negative and zero sequence currents. Is the neutral of the source grounded?Why? I II. Determine the negative and zero sequence voltages. III. Find the total apparent power delivered by the source using both phase and sequence values obtained in parts I and II.
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