(D) The nuclear reaction is given by: $_Y{A^X} \to {}_{Y-10}{B^{X-32}} + m({}_2He^4) + n({}_{-1}e^0)$.For mass number conservation: $X = (X - 32) + 4m

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(D) The nuclear reaction is given by: $_Y{A^X} \to {}_{Y-10}{B^{X-32}} + m({}_2He^4) + n({}_{-1}e^0)$.For mass number conservation: $X = (X - 32) + 4m$,which gives $4m = 32$,so $m = 8$.For atomic number conservation: $Y = (Y - 10) + 2m - n$. Substituting $m = 8$: $Y = Y - 10 + 16 - n$,which simplifies to $0 = 6 - n$,so $n = 6$.Therefore,the values of $m$ and $n$ are $8$ and $6$ respectively.

Class 12 Chemistry Nuclear Chemistry Causes of radioactivity and Group displacement law

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An isotope $_Y{A^X}$ undergoes a series of $m$ alpha and $n$ beta disintegrations to form a stable isotope $_{Y-10}{B^{X-32}}$. The values of $m$ and $n$ are respectively:

A
$6$ and $8$
B
$8$ and $10$
C
$5$ and $8$
D
$8$ and $6$

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Class 12 Questions

Class 12

Chemistry Questions

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Nuclear Chemistry

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Causes of radioactivity and Group displacement law

$A$ radioactive substance $_{88}X^{228}$ $(IIA)$ emits $3$ $\alpha$ and $3$ $\beta$ particles to form $Y$. To which group of the long form of the periodic table does $Y$ belong?

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In the reaction $Po$ $\xrightarrow{-\alpha} Pb$ $\xrightarrow{-\beta} Bi$,if $Bi$ belongs to group $15$,to which group does $Po$ belong?

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Emission of a $\beta$-particle by an atom of an element results in the formation of its

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When ${}_{92}^{238}U$ (Group $III B$) changes to ${}_{90}^{234}Th$ by the emission of an $\alpha$-particle,the daughter element will be in which group?

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The group displacement law was given by:

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An isotope $_Y{A^X}$ undergoes a series of $m$ alpha and $n$ beta disintegrations to form a stable isotope $_{Y-10}{B^{X-32}}$. The values of $m$ and $n$ are respectively:

Similar Questions

$A$ radioactive substance $_{88}X^{228}$ $(IIA)$ emits $3$ $\alpha$ and $3$ $\beta$ particles to form $Y$. To which group of the long form of the periodic table does $Y$ belong?

In the reaction $Po$ $\xrightarrow{-\alpha} Pb$ $\xrightarrow{-\beta} Bi$,if $Bi$ belongs to group $15$,to which group does $Po$ belong?

Emission of a $\beta$-particle by an atom of an element results in the formation of its

When ${}_{92}^{238}U$ (Group $III B$) changes to ${}_{90}^{234}Th$ by the emission of an $\alpha$-particle,the daughter element will be in which group?

The group displacement law was given by:

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