$β$ -emission is always accompanied by :

formation of antineutrino and

α

-particle

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emission of

α

-particle and

γ

-ray

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formation of antineutrino and

γ

-ray

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formation of antineutrino and positron

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Solution

The correct option is C formation of antineutrino and $γ$ -ray
During the $β$ -emission, a neutron gets converted into a proton along with the formation of antineutrino and electron.
$_{0} n^{1} ⟶ \begin{matrix} _{1} H^{1} P r o t o n \end{matrix} + \begin{matrix} _{- 1} e^{0} β p a r t i c l e \end{matrix} + \begin{matrix} ¯ v A n t i n e u t r i n o \end{matrix} + γ - r a y$

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Similar questions

Q. During

β - d e c a y

(beta minus), the emission of antineutrino particle is supported by which of the following statement(s)?

Q. Antineutrino can be detected during the emission of :

In each of $α$ $β$ and $γ$ $is a positive acute angle such that$
$sin (α + β - γ) = \frac{1}{2}, cos (β + γ - α) = \frac{1}{2} and tan (γ + α - β) = 1$
Find the values of $α$ , $β$ , & $γ$ .

Q. The self disintegration, spontaneous emission of

α, β

and

γ

rays by nuclei of certain elements is _____________.

Q. If

α, β, γ

are the roots of

a x^{3} + b x^{2} + c x + d = 0

and

∣ ∣ ∣ ∣ ∣ \begin{matrix} α & β & γ β & γ & α γ & α & β \end{matrix} ∣ ∣ ∣ ∣ ∣ = 0

α \neq β \neq γ

, then find the equation whose roots are

α + β - γ, γ + α - β, β + γ - α

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β-emission is always accompanied by :

The correct option is C formation of antineutrino and γ-rayDuring the β-emission, a neutron gets converted into a proton along with the formation of antineutrino and electron.0n1⟶1H1Proton+−1e0βparticle+¯vAntineutrino+γ−ray

$β$ -emission is always accompanied by :