In `beta`-decay, the Q-value of the process is E. Then

In a beta -decay

When nucleus of an electrically neutral atom undergoes a radioactive decay process, it will remain neutral after the decay if the process is (a) An alpha - decay (b) A beta^(o+) -decay (c ) A gamma -decay (d) A K - capture process

In beta- decay, all the emitted electron do not have the same energy the same energy. beta- decay is not a two body decay process.

Assertion:In beta- decay, all the emitted electron do not have the same energy. Reason: beta- decay is not a two body decay process.

M_x and M_y denote the atomic masses of the parent and the daughter nuclei respectively in a radioactive decay. The Q-value for a beta^(-) decay is Q_1 and that for a beta^(+) decay is Q_2 . If m_e dentoes the mass of an electron, then which of the following statement is correct?

Write symbolically the nuclear beta^(+) decay process of ._6C^(11) . Is the decayed product X an isotope or isobar of ._6C^(11) ? Given the mass values of (._6C^(11)) =11.011434u and m(X)=11.009305 u . Estimate the Q value in the process.

During beta -decay of stationary nucleus , an electron is observed with a kinetic energy 1.0 MeV . From this ,what can be concluded about the Q-value of the decay ?