Emission of a beta particle by an atom of an element results in the formation of:

Question

Emission of a beta particle by an atom of an element results in the formation of: (A) isomer (B) isotope (C) isobar (D) isomorph

Tardigrade Admin · Accepted Answer

1 H 3 longrightarrow 2 He 3+ -1 e0 1 H 3 and 2 He 3 are isobars (having same mass no.) As, in the emission of β-particle, mass number does not change. Hence isobars are obtained.

Q. Emission of a beta particle by an atom of an element results in the formation of:

isomer

isotope

isobar

isomorph

$_{1} H^{3} ⟶_{2} H e^{3} +_{- 1} e^{0}$
$_{1} H^{3}$ and $_{2} H e^{3}$ are isobars (having same mass no.)
As, in the emission of $β$ -particle, mass number does not change. Hence isobars are obtained.

Q. Emission of a beta particle by an atom of an element results in the formation of:

isomer

isotope

isobar

isomorph

1​H3⟶2​He3+−1​e0 1​H3 and 2​He3 are isobars (having same mass no.) As, in the emission of β-particle, mass number does not change. Hence isobars are obtained.

$_{1} H^{3} ⟶_{2} H e^{3} +_{- 1} e^{0}$
$_{1} H^{3}$ and $_{2} H e^{3}$ are isobars (having same mass no.)
As, in the emission of $β$ -particle, mass number does not change. Hence isobars are obtained.