Which of the following reactions would yield the largest amount of energy per mole of fuel?

A) 94^238Pu —> 92^234U + 2^4He^2+

B) 92^235U + 0^1n —> 56^141Ba + 36^92Kr + 3^0^1n

C) CH4 + 2O2–> H2O + CO2

D)92^238U —> 90^234Th + 2^4He^2+

A nuclear reaction is a type of reaction that involves the nucleus of atoms and tremendous release of energy. We have to note that fission reactions produce a lot of energy as is evident in the atomic bomb.

From the equations we have, the equation 92^235U + 0^1n —> 56^141Ba + 36^92Kr + 3^0^1n represents a fission reaction hence it produces the most amount of energy.

Learn more about nuclear reactions: https://brainly.com/question/12649087?

Which of the following reactions would yield the largest amount of energy per mole of fuel? A) 94^238Pu —> 92^234U + 2^4He^2+ B) 92^235U + 0^1n —> 56^141Ba + 36^92Kr + 3^0^1n C) CH4 + 2O2–> H2O + CO2 D)92^238U —> 90^234Th + 2^4He^2+

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What is nuclear reaction?

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Which of the following reactions would yield the largest amount of energy per mole of fuel?

A) 94^238Pu —> 92^234U + 2^4He^2+

B) 92^235U + 0^1n —> 56^141Ba + 36^92Kr + 3^0^1n

C) CH4 + 2O2–> H2O + CO2

D)92^238U —> 90^234Th + 2^4He^2+