Electrical Engineering (EE) Exam > Electrical Engineering (EE) Tests > GATE Electrical Engineering (EE) Mock Test Series 2025 > Test: Symmetrical Components - 2 - Electrical Engineering (EE) MCQ
Test: Symmetrical Components - 2 - Electrical Engineering (EE) MCQ
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10 Questions MCQ Test GATE Electrical Engineering (EE) Mock Test Series 2025 - Test: Symmetrical Components - 2
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Test: Symmetrical Components - 2 - Question 1
The transmission line equations are given by the below set of equations based on the line diagram as given. Identify the missing term marked as ’?’.
Vs = A*Vr + B*Ir
Is = C*Vr + ?*Ir
Vs = A*Vr + B*Ir
Is = C*Vr + ?*Ir
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Test: Symmetrical Components - 2 - Question 2
For a given power system, its zero and maximum regulation will occur at the impedance angle of
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Test: Symmetrical Components - 2 - Question 3
The maximum power delivered to the load for short transmission line is at
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Test: Symmetrical Components - 2 - Question 4
For a 35 km transmission line having a lumped impedance of the line as 20 ohms, is required to be shown in the ABCD form, it is given as
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Test: Symmetrical Components - 2 - Question 5
The sending end active power for a 20 km transmission line with Vs as the sending end voltage and Vr as receiving end voltage, can be given by most appropriately
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Test: Symmetrical Components - 2 - Question 6
The receiving end active power for a short transmission line is (where the angles have their usual meanings)
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Test: Symmetrical Components - 2 - Question 7
The charging currents due to shunt admittance can be neglected for ______ transmission line?
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Test: Symmetrical Components - 2 - Question 8
The maximum real active power delivered to the load is defined most accurately by
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Test: Symmetrical Components - 2 - Question 9
If it is tried to represent the active and reactive power on a circle, then the radius would be
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Test: Symmetrical Components - 2 - Question 10
The simplified ABCD representation of a 40 km transmission line is best given as
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