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Economics of Power Generation
The depreciation of equipment is
None of the listed here
Same every year
More in early years
Less in early years
None of the listed here
Same every year
More in early years
Less in early years
Answer
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Related Question
Economics of Power Generation
Load shedding is done to
Improve power factor
Repair the machine
Run the equipment efficiency
Reduce peak demand
Improve power factor
Repair the machine
Run the equipment efficiency
Reduce peak demand
Answer
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Economics of Power Generation
Generating capacity connected to the bus bars and ready to take load when switched on is known as
hot reserve
firm power
spinning reserve
cold reserve
hot reserve
firm power
spinning reserve
cold reserve
Answer
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Economics of Power Generation
The lagging reactive power drawn by a load is zero. The power factor of the load is
None of the listed here
1
0.5
0.75
None of the listed here
1
0.5
0.75
Answer
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Economics of Power Generation
The connected load of a domestic consumer is around
5 kW
40 kW
80 kW
120 kW
5 kW
40 kW
80 kW
120 kW
Answer
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Economics of Power Generation
Load factor of a power station is defined as
average load x maximum demand
(average load x maximum demand)172
maximum demand/average load
average load/maximum demand
average load x maximum demand
(average load x maximum demand)172
maximum demand/average load
average load/maximum demand
Answer
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