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Gamma Decay

Find x in t...

Question

Find $x$ in the following nuclear reaction.

$_{12} {M g}^{24} +_{2} {H e}^{4} \to_{14} {S i}^{x} +_{0} n^{1}$

A

17

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B

27

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C

37

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D

24

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Solution

The correct option is B 27
From conservation of mass
$24 + 4 = x + 1 x = 28 - 1 = 27$

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Similar questions

Q. Energy released in the nuclear fusion reaction is :

_{1} H^{2} +_{1} H^{3} \to_{2} {He}^{4} +_{0} n^{1}

Atomic mass of some species are given below.

_{1} H^{2} = 2.014,_{1} H^{3} = 3.016

_{2} {He}^{4} = 4.003,_{0} n^{1} = 1.009 amu

.

Q. Find the value of

x

in the following nuclear reaction.

_{7} N^{14} +_{2} {H e}^{4} \to_{x} O^{17} +_{1} H^{1}

Q. Calculate the energy released in the following reaction.

_{3} {L i}^{6} +_{0} n^{1} \to_{2} {H e}^{4} +_{1} H^{3}

Given :
Mass of

_{3} {L i}^{6}

= 6.015126 a m u

_{1} H^{3}

= 3.016049 a m u

_{2} {H e}^{4}

= 4.002604 a m u

_{0} n^{1}

= 1.008665 a m u

Q. Match the following reactions:

$(A)$ $_{4} {B e}^{9} +_{2} {H e}^{4} \to_{6} C^{12} + \dots$	$(i)$ $_{2} {H e}^{4}$
$(B)$ $_{6} C^{12} + \dots \to_{5} B^{10} +_{2} {H e}^{4}$	$(i i)$ $_{0} n^{1}$
$(C)$ $_{7} N^{14} + \dots \to_{8} O^{17} +_{1} H^{1}$	$(i i i)$ $_{1} D^{2}$
$(D)$ $_{20} {C a}^{40} + \dots \to_{19} K^{37} +_{2} {H e}^{4}$	$(i v)$ $_{1} H^{1}$

Q

value of the following nuclear reaction.

{_{13} A l}^{27} + {_{2} H e}^{4} ⟶ {_{14} S i}^{30} + {_{1} H}^{1} + Q

The exact mass of

{_{13} A l}^{27}

26.9815 a m u

{_{14} S i}^{30}

29.9738 a m u

{_{2} H e}^{4}

4.0026 a m u

{_{1} H}^{1}

1.0078 a m u

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