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Standard XII

Chemistry

Ozone

How many α ...

Question

How many $α$ and $β$ -particles should be eliminated so that an isodiaphere is formed?

n α, n β

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n α, (n + 1) β

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n α

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n β

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Solution

The correct option is C $n α$
Elimination of an alpha particle decreases 2n and 2p simoultaneously keeping the difference b/w neutron and proton constant.
Hence, elimination of $n α$ particles required for the formation of isodiaphere.

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How many α and β-particles should be eliminated so that an isodiaphere is formed?

The correct option is C nαElimination of an alpha particle decreases 2n and 2p simoultaneously keeping the difference b/w neutron and proton constant.Hence, elimination of nα particles required for the formation of isodiaphere.

How many $α$ and $β$ -particles should be eliminated so that an isodiaphere is formed?

The correct option is C $n α$
Elimination of an alpha particle decreases 2n and 2p simoultaneously keeping the difference b/w neutron and proton constant.
Hence, elimination of $n α$ particles required for the formation of isodiaphere.