Question

Differentiate between nuclear fission and nuclear fusion.

Answer 1

$\huge{ \fbox{ \fbox{ \bold{Nuclear \: Fission :- \: }}}}$

$\bold{(1) \: Fission \: is \: the \: splitting \: of \: a \: large \: atom \: into \: two \: or \: more \: smaller \: ones} \\ \\ \bold{(2) \: Fission \: reaction \: does \: not \: normally \: occur \: in \: nature \: } \\ \\ \bold{(3) \: It \: does \: not \: require \: high \: temperature \: } \\ \\ \bold{(4) \: Large \: amount \: of \: energy \: is \: released \: } \\ \\ \bold{(5) \: it \: can \: be \: controlled \: }$

$\huge{ \fbox{ \fbox{ \bold{Nuclear \: fusion :- \: }}}}$

$\bold{(1) \: Fusion \: is \: the \: fusing \: of \: two \: or \: more \: \: lighter \: atoms \: into \: a \: larger \: one \: } \\ \\ \bold{(2) \: Fusion \: occurs \: in \: stars \: , \: such \: as \: the \: sun \: } \\ \\ \bold{(3) \: It \: requires \: extremely \: high \: temperatures \: } \\ \\ \bold{(4) \: Energy \: is \: released \: is \: much \: more \: than \: that \: of \: fission \: reaction \: } \\ \\ \bold{(5) \: It \: cannot \: be \: controlled \: } \\ \\ \bold{} \\ \\ \bold{} \\ \\ \bold{} \\ \\ \bold{}$

Answer 2

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