Write the basic nuclear processes of neutron undergiong `beta`-decay .Why is the detection of neutrinos found very difficult?

Write nuclear reaction equations for- beta-decay of "_83^210Bi

Write nuclear reaction equations for- beta-decay of "_15^32P

Write nuclear reaction equations for- beta^+ - decay of "_6^11C

Write nuclear reaction equations for- beta^+-decay of "_43^97Tc

Write symbolically the process expressing the beta^+ decay of _(11)Na^(22) Also write the basic nuclear process underlying this decay.

Explain with the help of nuclear reaction in each of the following cases, how the neutron to proton ratio changes during beta decay?

What is the basic mechanism for the emission of beta^(-) or beta^(+) particles in a nucleide? Give an example by writing explicity a decay process for beta^(-) emission. Is (a) the energy of the emitted beta -particles continuous or discrete, the daughter nucleus obtained through beta -decay, an isotope or an isobar of the parent nucleus?

Consider the fission of "_92^238U by fast neutrons. In one fission event, no neutrons are emitted and the final end products, after the beta decay of the primary fragments, are "_58^140Ce and "_44^99Ru . Calculate Q for this fission process. The relevant atomic and particle masses are m( "_92^238U ) =238.05079 u m( "_58^140Ce ) =139.90543 u m( "_44^99Ru ) = 98.90594 u