Question

EXPLAIN IN DETAIL OTHERWISE I'LL REPORT !!!​

Answer 1

Answer:

$The \: fact \: that \: there \: is \: a \: higher \: \\ binding \: energy \: in \: the \: region \\ \: near \: A=100 - 200 \: means \: \\ that \: either \: the \: breakup o f \: heavier \: nuclei \\ (fission) \: or \: the \: \: combining \: of \: lighter \: \\ nuclei \: (fusion) \: will \: yield \: nuclei \: which \\ are \: more \: tightly \: bound \: (less \: mass \: per \: \\ nucleon) if \: the \: atom/s \: formed \: lies \\ \: in \: this \: region \: of \: stability. \: </p><p>For \: fusion \\ \: two \: atoms \: of \: atomic \: mass \: no. \: between \: \\ 50 - 100 \: will \: combine \: and \: produce \\ \: a \: atomic \: number \: of \: 100 - 200 \: and \: \\ will \: be \: stable \: than \: individual \: atoms \\ \: by \: releasing \: the \: energy. \:$

Answer 2

$\huge\boxed{\underline{\mathcal{\red{A}\green{N}\pink{S}\orange{W}\blue{E}\pink{R}}}}$

$\huge\boxed{\underline{\mathcal{\red{(3)}\green{B}\pink{and}\orange{D}}}}$

$</p><p>\huge{\green{\underline{\red{\mathbf{ EXPLANATION}}}}}$

Solution :

In fusion, two or more lighter nuclei combine to make a comparatively heavier nucleus.

In fission, a heavy nucleus beaks into two or more comparatively lighter nuclei.

Further, energy will be released in a nuclei process if total binding energy increases.

Hence, correct options are (b) and (d).