A three-phase impedance load consists of a balance A load in parallel with a balance Y load. The impedance of each leg of the A load is ZA= 27+ j6 Q, and the impedance of each leg of the Y load is ZY = 1+ jl Q. The Y load is grounded through a neutral impedance Zn= jl/30. Unbalanced line-to-ground source voltages Vag, Vbg, and Vcg with sequence components VO= 10 L60°, V1= 100 L0, and V2 = 15 L200° volts are applied to the load. Z2 is equal to (hint: draw the zero, positive and negative sequence networks): Select one: O a. 2.82 45° Q O b. 3 90° 2

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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A three-phase impedance load consists of a balance A load in parallel with a
balance Y load. The impedance of each leg of the A load is ZA= 27+ j6 Q, and
the impedance of each leg of the Y load is ZY = 1+ jl Q. The Y load is
grounded through a neutral impedance Zn= jl/30. Unbalanced line-to-ground
source voltages Vag, Vbg, and Vcg with sequence components VO= 10 L60°,
V1= 100 L0, and V2 = 15 L200° volts are applied to the load. Z2 is equal to
(hint: draw the zero, positive and negative sequence networks):
Select one:
O a. 2.82 45° Q
O b. 3.90°
Transcribed Image Text:A three-phase impedance load consists of a balance A load in parallel with a balance Y load. The impedance of each leg of the A load is ZA= 27+ j6 Q, and the impedance of each leg of the Y load is ZY = 1+ jl Q. The Y load is grounded through a neutral impedance Zn= jl/30. Unbalanced line-to-ground source voltages Vag, Vbg, and Vcg with sequence components VO= 10 L60°, V1= 100 L0, and V2 = 15 L200° volts are applied to the load. Z2 is equal to (hint: draw the zero, positive and negative sequence networks): Select one: O a. 2.82 45° Q O b. 3.90°
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