Radioactive Emissions & Their Nature Calculation OF alpha, beta & gamma particles || Group Displacement Law

Formation OF Isotopes,Isobars and Isodiaphers by Emission OF α,β Particles || Group Displacement Law || Calculation OF no. OF α and β Particle in a Given Question

""_86^222Rn goes through radioactive distintegrations by successive emissions of alpha, alpha, beta, beta , alpha , beta " and " beta particles. Then final nucleus is

A radioactive element X emits 3alpha , one beta and one gamma-particles and forms ""_(76)Y^(225) Element X is

In successive emission of beta and alpha -particles, how many alpha and beta -particles should be emitted for the natural (4n+1 series) conversion of ""_(94)^(241)Pu to ""_(92)^(233)U are

Questions on Balancing OF Nuclear Reaction || List OF Important Particles || Radioactivity || Radiations Emitted by Radioactive Element || Difference between Alpha,Beta and Gamma Radiations || Changes Caused by Emission OF Alpha,Beta and Gamma Particles

Introduction || Phenomenon of Radioactivity || Calculation of Alpha and Beta Particles || Kinetics OF Radioactivity

When the radioactive isotope _(88)Ra^(226) decays in a series by emission of three aplha (alpha) and a beta (beta) particle, the isotope X which remains undecay is