The energy released by complete fission of one kilogram of $^{235} U$ is equal to that released by the complete burning of:

25 tonnes of coal

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250 tonnes of coal

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2500 tonnes of coal

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5000 tonnes of coal

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Solution

The correct option is C 2500 tonnes of coal
With a complete combustion of fission, approx. 8 $k W h$ of heat generated from 1 $k g$ of coal approx 12 $k W h$ . Similarly 1 $k g$ of uranium releases 24,000,000 $k W h$ equal to 2500 tonnes of coal.

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The energy released by complete fission of one kilogram of 235U is equal to that released by the complete burning of:

The correct option is C 2500 tonnes of coalWith a complete combustion of fission, approx. 8 kWh of heat generated from 1 kg of coal approx 12 kWh. Similarly 1 kg of uranium releases 24,000,000 kWh equal to 2500 tonnes of coal.

The energy released by complete fission of one kilogram of $^{235} U$ is equal to that released by the complete burning of:

The correct option is C 2500 tonnes of coal
With a complete combustion of fission, approx. 8 $k W h$ of heat generated from 1 $k g$ of coal approx 12 $k W h$ . Similarly 1 $k g$ of uranium releases 24,000,000 $k W h$ equal to 2500 tonnes of coal.