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(B) In a nuclear reaction,both the total atomic number $(Z)$ and the total mass number $(A)$ must be conserved on both sides of the equation.For the g

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$_8O^{17}$

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(B) In a nuclear reaction,both the total atomic number $(Z)$ and the total mass number $(A)$ must be conserved on both sides of the equation.For the given reaction: $_7N^{14} + _2He^4 	o X + _1H^1$Let $X$ be represented as $_Z^AX$.Conservation of atomic number $(Z)$: $7 + 2 = Z + 1 \implies 9 = Z + 1 \implies Z = 8$.Conservation of mass number $(A)$: $14 + 4 = A + 1 \implies 18 = A + 1 \implies A = 17$.Since the element with atomic number $8$ is Oxygen $(O)$,the product $X$ is $_8O^{17}$.

In the following nuclear reaction,the value of $X$ is: $_7N^{14} + _2He^4 \to X + _1H^1$

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