(D) $\beta^{-}$-particle is an electron. The emission of a $\beta^{-}$-particle involves the transformation of a neutron into a proton,an electron,and

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a proton and an antineutrino are emitted

(D) $\beta^{-}$-particle is an electron. The emission of a $\beta^{-}$-particle involves the transformation of a neutron into a proton,an electron,and a third particle called an antineutrino $(\bar{\nu})$.The nuclear reaction is given by:${ }_{0} n^{1} \rightarrow { }_{1} p^{1} + { }_{-1} e^{0} + \bar{\nu}$

Class 12 Physics Nuclei Properties of Alpha, Beta and Gamma Rays and Decay Process

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When a neutron is disintegrated to give a $\beta$-particle,which of the following is also emitted?

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A
a neutrino alone is emitted
B
a proton and neutrino are emitted
C
a proton alone is emitted
D
a proton and an antineutrino are emitted

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Class 12

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Nuclei

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Properties of Alpha, Beta and Gamma Rays and Decay Process

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When $_{90}Th^{238}$ transforms into $_{83}Bi^{222}$,the number of $\alpha$ and $\beta$ particles emitted are:

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$A$ nucleus $_Z{X^A}$ emits $9 \alpha$-particles and $5 \beta$-particles. The ratio of total protons to neutrons in the final nucleus is:

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In the nuclear decay sequence given below:
$_Z{X^A} \to {}_{Z + 1}{Y^A} \to {}_{Z - 1}{K^{A - 4}} \to {}_{Z - 1}{K^{A - 4}}$
the particles emitted in the sequence are:

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$A$ certain radioactive material can undergo three different types of decay,each with a different decay constant $\lambda_1$,$\lambda_2$,and $\lambda_3$. Then the effective decay constant is:

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The unit for nuclear dose given to a patient is

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When a neutron is disintegrated to give a $\beta$-particle,which of the following is also emitted?

Similar Questions

When $_{90}Th^{238}$ transforms into $_{83}Bi^{222}$,the number of $\alpha$ and $\beta$ particles emitted are:

$A$ nucleus $_Z{X^A}$ emits $9 \alpha$-particles and $5 \beta$-particles. The ratio of total protons to neutrons in the final nucleus is:

In the nuclear decay sequence given below:$_Z{X^A} \to {}_{Z + 1}{Y^A} \to {}_{Z - 1}{K^{A - 4}} \to {}_{Z - 1}{K^{A - 4}}$the particles emitted in the sequence are:

$A$ certain radioactive material can undergo three different types of decay,each with a different decay constant $\lambda_1$,$\lambda_2$,and $\lambda_3$. Then the effective decay constant is:

The unit for nuclear dose given to a patient is

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In the nuclear decay sequence given below:
$_Z{X^A} \to {}_{Z + 1}{Y^A} \to {}_{Z - 1}{K^{A - 4}} \to {}_{Z - 1}{K^{A - 4}}$
the particles emitted in the sequence are: