Assume that the nuclear binding energy per nu | vedclass

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Question

$(1)$ For $1 < {\rm{A}} < 50,$ on fusion mass number for compound nucleus is less than $100$

$\Rightarrow$ Binding energy per nucleon remains

Vedclass · Accepted Answer

$B$ and $D$

Vedclass · Answer

$(1)$ For $1 < {\rm{A}} < 50,$ on fusion mass number for compound nucleus is less than $100$

$\Rightarrow$ Binding energy per nucleon remains same $\Rightarrow$ No energy is released

$(2)$ For $51 < {\rm{A}} < 100,$ on fusion mass number for compound nucleus is between $100$ and $200$

$\Rightarrow$ Binding energy per nucleon increases

$\Rightarrow$ Energy is released.

$(3)$ For $100 < {\rm{A}} < 200,$ on fission, the mass number of product nuclei will be between $50 $ and $ 100$

$\Rightarrow$ Binding energy per nucleon decreases

$\Rightarrow$ No energy is released

$(4)$ For $200 < {\rm{A}} < 260,$ on fission, the mass number of product nuclei will be between $100 $ and $130$

$\Rightarrow$ Binding energy per nucleon increases

$\Rightarrow$ Energy is released.

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