The electron emitted in beta radiation originates from

Question

The electron emitted in beta radiation originates from (A) inner orbits of atoms (B) free electron existing in nuclei (C) decay of neutron in the nucleus (D) photon escaping from the nucleus

Tardigrade Admin · Accepted Answer

In beta decay, a beta minus particle (β-)is an electron emission of p involves transformation of a neutron into a proton, an electron and a third particle called an antineutrino ( barv) ⋅ 0 n1= 1 p1+ -1 β0+ barv.

Q. The electron emitted in beta radiation originates from

inner orbits of atoms

free electron existing in nuclei

decay of neutron in the nucleus

photon escaping from the nucleus

In beta decay, a beta minus particle $(β^{-})$ is an electron emission of $p$ involves transformation of a neutron into a proton, an electron and a third particle called an antineutrino $(\overset{v}{ˉ}) \cdot_{0} n^{1} =_{1} p^{1} +_{- 1} β^{0} + \overset{v}{ˉ}$ .

Q. The electron emitted in beta radiation originates from

inner orbits of atoms

free electron existing in nuclei

decay of neutron in the nucleus

photon escaping from the nucleus

In beta decay, a beta minus particle (β−)is an electron emission of p involves transformation of a neutron into a proton, an electron and a third particle called an antineutrino (vˉ)⋅0​n1=1​p1+−1​β0+vˉ.

In beta decay, a beta minus particle $(β^{-})$ is an electron emission of $p$ involves transformation of a neutron into a proton, an electron and a third particle called an antineutrino $(\overset{v}{ˉ}) \cdot_{0} n^{1} =_{1} p^{1} +_{- 1} β^{0} + \overset{v}{ˉ}$ .