Which of the following statements is correct concerning the below reactions? (i) _{0}^{1}n + _{92}^{235}U\rightarrow _{92}^{236}U\rightarrow _{51}^{133}Sb + _{41}^{99}Nb + 4_{0}^{1}n + Q (ii) _{0}^{1}n + _{92}^{235}U\rightarrow _{54}^{140}Xe + _{38}^{94}Sr + 2_{0}^{1}n + Q

Correct Answer is : Both reactions (i) and (ii) are nuclear fission reactions and during the reaction, ∼ 216 MeV energy is released.

Both reactions (i) and (ii) are nuclear fusion reactions and during the reaction, they emit p particles in succession to achieve stable end products.

The reaction (ii) is a nuclear fission reaction but (i) is not and during the reaction, ∼ 50 MeV energy is released.

The reaction (i) is a nuclear fission reaction but (ii) is not and during the reaction, ∼ 216 MeV energy is released.

Both reactions (i) and (ii) are nuclear fission reactions and during the reaction, ∼ 216 MeV energy is released.

AAI ATC Junior Executive 21 Feb 2023 Shift 1 Paper

Question : 120 of 120

Marks: +1, -0

Which of the following statements is correct concerning the below reactions?
(i)

_{0}^{1}n + _{92}^{235}U⟶ _{92}^{236}U⟶ _{51}^{133}Sb + _{41}^{99}Nb + 4_{0}^{1}n + Q

(ii)

_{0}^{1}n + _{92}^{235}U⟶ _{54}^{140}Xe + _{38}^{94}Sr + 2_{0}^{1}n + Q

Both reactions (i) and (ii) are nuclear fusion reactions and during the reaction, they emit p particles in succession to achieve stable end products.
The reaction (ii) is a nuclear fission reaction but (i) is not and during the reaction, ∼ 50 MeV energy is released.
The reaction (i) is a nuclear fission reaction but (ii) is not and during the reaction, ∼ 216 MeV energy is released.
Both reactions (i) and (ii) are nuclear fission reactions and during the reaction, ∼ 216 MeV energy is released.

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