How much coal is required to generate energy equivalent to the energy generated by 1 kg of uranium? a) 30000 tonnes of high grade coal b) 300 tonnes of high grade coal c) 10000 tonnes of high grade coal d) 3000 tonnes of high grade coal
How much coal is required to generate energy equivalent to the energy generated by 1 kg of uranium? a) 30000 tonnes of high grade coal b) 300 tonnes of high grade coal c) 10000 tonnes of high grade coal d) 3000 tonnes of high grade coal
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Answer: d
Explanation: One of the main attention for nuclear fuel is the huge amount of energy that can be released from a small quantity of active nuclear fuel. The energy obtainable by completely using 1 kg of Uranium would give energy equivalent 3000 tons of high grade coal i.e. Uranium has three millions times the energy of coal.
Answer: d
d) 3000 tonnes of high grade coal
Answer: d
Answer: d
Answer: d
Explanation: One of the main attention for nuclear fuel is the huge amount of energy that can be released from a small quantity of active nuclear fuel. The energy obtainable by completely using 1 kg of Uranium would give energy equivalent 3000 tons of high grade coal i.e. Uranium has three millions times the energy of coal.