(C) The nuclear reaction is given by: $_{12}^{24}Mg + \gamma \rightarrow {}_{11}^{23}Na + {}_{1}^{1}H$. In this reaction,a gamma photon strikes the ma

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(C) The nuclear reaction is given by: $_{12}^{24}Mg + \gamma \rightarrow {}_{11}^{23}Na + {}_{1}^{1}H$. In this reaction,a gamma photon strikes the magnesium nucleus,causing the emission of a proton $(_{1}^{1}H)$. By balancing the atomic numbers $(12 = 11 + 1)$ and mass numbers $(24 = 23 + 1)$,we identify the product as the sodium nuclide $_{11}^{23}Na$.

Class 12 Chemistry Nuclear Chemistry Artificial transmutation

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$A$ photon of hard gamma radiation knocks a proton out of a $_{12}^{24}Mg$ nucleus to form:

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A
The isotope of the parent nucleus
B
The isobar of the parent nucleus
C
The nuclide $_{11}^{23}Na$
D
The isobar of $_{11}^{23}Na$

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$A$ photon of hard gamma radiation knocks a proton out of a $_{12}^{24}Mg$ nucleus to form:

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