The total binding energy of an alpha-particle (._(2)He^(4)) is 24.4 MeV, where as the total binding energy of a deutron (._(1)H^(2)) is merely 2.2 MeV. When two deutrons are made to combine

The total binding energy of an alpha-particle (._(2)He^(4)) is 24.4 Me

1.	The total binding energy of an alpha-particle (._(2)He^(4)) is 24.4 MeV, where as the total binding energy of a deutron (._(1)H^(2)) is merely 2.2 MeV. When two deutrons are made to combine
Answer» An `ALPHA`-PARTICLE will be obtained An amount of 22.2 MEV ENERGY will be RELEASED An amount of 20.0 MeV energy will be released An amount of 2.22 MeV energy will be released Solution :`[2.4-(2.2)(2)]=20.0MeV`

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The total binding energy of an alpha-particle (._(2)He^(4)) is 24.4 MeV, where as the total binding energy of a deutron (._(1)H^(2)) is merely 2.2 MeV. When two deutrons are made to combine

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