(C) In a nuclear reaction,the sum of atomic numbers and the sum of mass numbers must be conserved on both sides.For atomic numbers: $12 + 1 = 12 + Z$,

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(C) In a nuclear reaction,the sum of atomic numbers and the sum of mass numbers must be conserved on both sides.For atomic numbers: $12 + 1 = 12 + Z$,which gives $Z = 1$.For mass numbers: $26 + 2 = 27 + A$,which gives $A = 1$.Since the atomic number is $1$ and the mass number is $1$,the particle $X$ is a proton,represented as ${}_{1}H^{1}$.

Class 12 Chemistry Nuclear Chemistry Artificial transmutation

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What is $X$ in the following reaction?
${}_{12}Mg^{26} + {}_{1}H^{2} \longrightarrow {}_{12}Mg^{27} + X$

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A
$\gamma$-ray
B
${}_{0}n^{1}$
C
${}_{1}H^{1}$
D
${}_{1}D^{2}$

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For the nuclear reaction,$_{12}^{24}Mg + _{1}^{2}D \to _{2}^{4}He + ?$,the missing nuclide is

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$_6C^{14}$ is formed from $_7N^{14}$ in the upper atmosphere by the action of the fundamental particle:

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In the nuclear reaction $_{12}Mg^{24} + _{2}He^{4} = _{0}n^{1} + ?$,the product nucleus is:

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For the fission reaction $_{92}U^{235} + _0n^1 \to _{56}Ba^{140} + _yE^x + 2_0n^1$,the values of $x$ and $y$ are:

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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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What is $X$ in the following reaction?${}_{12}Mg^{26} + {}_{1}H^{2} \longrightarrow {}_{12}Mg^{27} + X$

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For the nuclear reaction,$_{12}^{24}Mg + _{1}^{2}D \to _{2}^{4}He + ?$,the missing nuclide is

$_6C^{14}$ is formed from $_7N^{14}$ in the upper atmosphere by the action of the fundamental particle:

In the nuclear reaction $_{12}Mg^{24} + _{2}He^{4} = _{0}n^{1} + ?$,the product nucleus is:

For the fission reaction $_{92}U^{235} + _0n^1 \to _{56}Ba^{140} + _yE^x + 2_0n^1$,the values of $x$ and $y$ are:

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

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What is $X$ in the following reaction?
${}_{12}Mg^{26} + {}_{1}H^{2} \longrightarrow {}_{12}Mg^{27} + X$