For a 2-wire ac single phase distribution system operating at 30 MW – McqOptions

MCQOPTIONS

1.	For a 2-wire ac single phase distribution system operating at 30 MW and 315 kV, operating at the power factor of 0.8 having 15 of resistance of each wire, then the copper loss at the substation in kW will be ___________
A.	210.67
B.	105.33
C.	240.87
D.	108.27
Answer» B. 105.33

Discussion

No Comment Found

Related MCQs

For the circuit diagram as depicted in the figure, the current per phase under balanced condition with a consumer end load of 90 kW, 414V operating at a power factor of 0.65 is ___________
The maximum rms voltage between one phase and ground neutral for a three phase 4-wire ac system will be ___________________
The maximum rms voltage between one phase and ground neutral for a three phase 4-wire ac system will be ____________
For a 2-wire ac single phase distribution system operating at 30 MW and 315 kV, operating at the power factor of 0.8 having 15 of resistance of each wire, then the power received at the consumer end will be ____________
For a 2-wire ac single phase distribution system operating at 30 MW and 315 kV, operating at the power factor of 0.8 having 15 of resistance of each wire, then the copper loss at the substation in kW will be ___________
If a 2-wire ac single phase distribution system operating at 30 MW and 315 kV, operating at the power factor of 0.8, then the current in the outer wire in kA is _____
If a 2-wire ac single phase distribution system operating at P MW and V kV, operating at the power factor of 0.8, then the current in the outer wire in kA is ______
For the given circuit diagram for the substation fed with 315 kV, the voltage between the two outer conductors is ____________
For the given circuit diagram for the substation the voltage between the two outer conductors is__________