α Decay|Calculation Of Kinetic Energy Of Final Product|β-Decay

Radioactivity|Anti Particle|α Decay|Calculation Of Kinetic Energy Of Final Product

Radioactivity|Anti Particle|α Decay|Calculation Of Kinetic Energy Of Final Product

Draw the graph showing distribution of kinetic energy of electrons emitted during beta decay.

A nucleus of mass number 220 decays by alpha decay. The energy released in the reation is 5 MeV. The kinetic energy of an alpha- particle is

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

A nucleus X initially at rest, undergoes alpha decay according to the equation _Z^232Xrarr_90^AY+alpha What fraction of the total energy released in the decay will be the kinetic energy of the alpha particle?

An radioactive atom (""_(​Z)​X^(​A)​) undergoes alpha -decay then ratio of energy of α-particle and daughter nuclei increases with increase in :-

Write the decay equations and expression for the disintegration energy Q of the following decay: beta- decay,electron capture.