During `beta^(-)`-decay, a neutron inside nucleus converts into proton, electron and `x`. Then the paritcle `x` is

A free neutron decays into a proton, an electron and

A free neutron decays into a proton, an electron and

Assertion : During beta -decay a proton converts into a neutron and an electron. No other particle is emitted. Reason: During beta -decay linear momentum of system should remain constant.

Assertion : During beta -decay a proton converts into a neutron and an electron. No other particle is emitted. Reason: During beta -decay linear momentum of system should remain constant.

During beta decay of a nucleus, how does the neutrons to proton ration change?

A: In beta -decay an electron is emitted by the nucleus R: Electrons are not present inside the nucleus.

A: In beta -decay an electron is emitted by the nucleus R: Electrons are not present inside the nucleus.

In beta^(-1) decay, a (A) neutron coverts into a proton emitting antineutrino (B) neutron coverts into a proton emitting neutrino (C) proton coverts into a neutron emitting antineutrino (D) proton coverts into a neutron emitting neutrino

In beta^(-1) decay, a (A) neutron coverts into a proton emitting antineutrino (B) neutron coverts into a proton emitting neutrino (C) proton coverts into a neutron emitting antineutrino (D) proton coverts into a neutron emitting neutrino