In the nuclear reaction X(n, alpha) _3^7 Li,f | vedclass

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Question

(A) The given nuclear reaction is $X + _0^1 n \rightarrow _2^4 He + _3^7 Li$.Applying the law of conservation of mass number:$A + 1 = 4 + 7$$A + 1 = 1

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$_5^{10} B$

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(A) The given nuclear reaction is $X + _0^1 n \rightarrow _2^4 He + _3^7 Li$.Applying the law of conservation of mass number:$A + 1 = 4 + 7$$A + 1 = 11$$A = 10$Applying the law of conservation of atomic number (charge):$Z + 0 = 2 + 3$$Z = 5$Thus,the element $X$ has mass number $10$ and atomic number $5$,which corresponds to Boron $(B)$.Therefore,$X = _5^{10} B$.

In the nuclear reaction $X(n, \alpha) _3^7 Li$,find the value of $X$.

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