QuestionAugust 6, 2025

Which reaction is expected to release the greatest amount of energy? A (}_{0)^1n+_(92)^235Uarrow _(52)^137Te+_(40)^97Zr+2^1n B (}_{1)^1H+_(1)^2Harrow _(2)^3He C (}_{0)^1n+_(92)^235Uarrow _(56)^142Ba+_(36)^91Kr+3_(0)^1n (C) D 2Harrow H_(2)

Which reaction is expected to release the greatest amount of energy? A (}_{0)^1n+_(92)^235Uarrow _(52)^137Te+_(40)^97Zr+2^1n B (}_{1)^1H+_(1)^2Harrow _(2)^3He C (}_{0)^1n+_(92)^235Uarrow _(56)^142Ba+_(36)^91Kr+3_(0)^1n (C) D 2Harrow H_(2)
Which reaction is expected to release the greatest amount of energy?
A (}_{0)^1n+_(92)^235Uarrow _(52)^137Te+_(40)^97Zr+2^1n
B (}_{1)^1H+_(1)^2Harrow _(2)^3He
C (}_{0)^1n+_(92)^235Uarrow _(56)^142Ba+_(36)^91Kr+3_(0)^1n (C)
D 2Harrow H_(2)

Solution
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Answer

C {}_{0}^{1}n+_{92}^{235}U\rightarrow _{56}^{142}Ba+_{36}^{91}Kr+3_{0}^{1}n Explanation 1. Identify Reaction Types A and C are nuclear fission reactions; B is a nuclear fusion reaction; D is a chemical reaction. 2. Compare Energy Release in Reactions Nuclear reactions (fission and fusion) release significantly more energy than chemical reactions. Fission typically releases more energy per reaction than fusion due to the large mass defect. 3. Analyze Fission Reactions Reaction C involves the splitting of Uranium-235 into Barium-142, Krypton-91, and 3 neutrons, which is a well-known fission reaction releasing substantial energy. 4. Determine Greatest Energy Release Among the given options, reaction C is a typical fission reaction known for releasing a large amount of energy compared to other types listed.

Explanation

1. Identify Reaction Types<br /> A and C are nuclear fission reactions; B is a nuclear fusion reaction; D is a chemical reaction.<br /><br />2. Compare Energy Release in Reactions<br /> Nuclear reactions (fission and fusion) release significantly more energy than chemical reactions. Fission typically releases more energy per reaction than fusion due to the large mass defect.<br /><br />3. Analyze Fission Reactions<br /> Reaction C involves the splitting of Uranium-235 into Barium-142, Krypton-91, and 3 neutrons, which is a well-known fission reaction releasing substantial energy.<br /><br />4. Determine Greatest Energy Release<br /> Among the given options, reaction C is a typical fission reaction known for releasing a large amount of energy compared to other types listed.
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