(D) radioactive nucleus does not emit $\gamma$-rays alone. $\gamma$-ray emission is a secondary process that occurs to release excess energy after the

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(D) radioactive nucleus does not emit $\gamma$-rays alone. $\gamma$-ray emission is a secondary process that occurs to release excess energy after the emission of $\alpha$ or $\beta$ particles,which leaves the daughter nucleus in an excited state.

Class 12 Chemistry Nuclear Chemistry Radioactivity and a,b and g rays

Medium

$A$ radioactive nucleus will not emit

A
Alpha and beta rays simultaneously
B
Beta and gamma rays simultaneously
C
Gamma and alpha rays
D
Gamma rays only

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Nuclear Chemistry

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Radioactivity and a,b and g rays

What happens when an $\alpha$-particle is emitted?

MediumAIPMT 1989

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The reaction $_5B^8 \to _4Be^8 + _1e^0$ is due to

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The penetrating power of an $\alpha$-particle is:

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The $_{88}Ra^{226}$ is

MediumAIIMS 2001

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$\gamma$ rays are

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$A$ radioactive nucleus will not emit

Similar Questions

What happens when an $\alpha$-particle is emitted?

The reaction $_5B^8 \to _4Be^8 + _1e^0$ is due to

The penetrating power of an $\alpha$-particle is:

The $_{88}Ra^{226}$ is

$\gamma$ rays are

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