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Electric energy is to be stored at a station in which 5000 condensers are connected in parallel. The capacity of each condenser is 200 µF. The system is to be charged to a P.D. of 50 kilovolt with a power supply which costs at a rate of Rs 1 per kilowatt hour Calculate the cost of storing.

Electric energy is to be stored at a station in which 5000 condensers are connected in parallel. The capacity of each condenser is 200 µF. The system is to be charged to a P.D. of 50 kilovolt with a power supply which costs at a rate of Rs 1 per kilowatt hour Calculate the cost of storing.

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Electric energy is to be stored at a condensers station in which 5000 are connected in parallel. The capacity of each condenser is 200 µF. The system is to be charged to a P.D. of 50 kilovolt with a power supply which costs at a rate of Rs 1 per kilowatt hour. Calculate the cost of storing.
Transcribed Image Text:Electric energy is to be stored at a condensers station in which 5000 are connected in parallel. The capacity of each condenser is 200 µF. The system is to be charged to a P.D. of 50 kilovolt with a power supply which costs at a rate of Rs 1 per kilowatt hour. Calculate the cost of storing.
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