The Nucleus ₁₀²³ Ne decays by - emission through the reaction ₁₀²³ Ne ₁₁²³ Na + _ -1 ^0 + v + energy The atomic masses are ₁₀²³ Ne =22.994466 u and ₁₁²³ N a=22.989770 u , _ -1 ^0 =0.000549 u . The maximum kinetic energy that the emitted ele

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The Nucleus ₁₀²³ Ne decays by - emission through the reaction ₁₀²³ Ne ₁₁²³ Na + _ -1 ^0 + v + energy The atomic masses are ₁₀²³ Ne =22.994466 u and ₁₁²³ N a=22.989770 u , _ -1 ^0 =0.000549 u . The maximum kinetic energy that the emitted electron can ever have is

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Correct answer: A. 4.374 MeV

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The Nucleus ₁₀²³ Ne decays by - emission through the reaction ₁₀²³ Ne ₁₁²³ Na + _ -1 ^0 + v + energy The atomic masses are ₁₀²³ Ne =22.994466 u and ₁₁²³ N a=22.989770 u , _ -1 ^0 =0.000549 u . The maximum kinetic energy that the emitted electron can ever have is

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