b) XXXX XXXXX:- In XXXX decay, an electron XX XXXXXXX XXXX XXX XXXXXXX. XX XXX XX XXXXXXXXXXX by the XXXXXXXX :
c) Gamma XXXXX:- In XXXXX decay, a high XXXXXX XXXXX ray XX XXXXX XXX. XX XXX XX XXXXXXXXXXX XX the equation :
d) Positron emission:- XX XXXXXXXX XXXXXXXX, a positron is XXXXXXX. It can XX represented XX XXX equation :
e) Electron capture:- In XXXXXXXX XXXXXXX,a nucleus XXXXXXXX one of its own atom's XXXXX XXXXX XXXXXXXXX. XXXX XXXXXXXX electron joins XXXX a proton in the XXXXXXX XX form a neutron.XX XXX be represented XX XXX XXXXXXXX :
Differences between XXX types of XXXXXX:
What are the two XXXXX of XXXXXXX reactions? XXXX an XXXXXXX of a XXXXXXXX XXXXXXX reaction for each type.
XXX XXXXX of XXXXXXX reactions are:
a) Nuclear XXXXXXX:XXXXXXX fission refers to XXX XXXXXXXXX of an XXXXXX XXXXXXX XXXX XXX or XXXX lighter nuclei. XXXX process can XXXXX through a XXXXXXX reaction or through radioactive decay. Thesereactions XXXXX XXXXXXX a XXXXX XXXXXX XX energy, XXXXX XX XXXXXXXXXXX by XXX XXXXXXXX XX neutrons and gamma XXXX. XXXXXXX:
b) Nuclear fusion:XX thesereactions, at XXXXX two atomic nuclei XXXXXXX/fuse into a single XXXXXXX. Subatomic XXXXXXXXX such as neutrons or XXXXXXX are also XXXXXX as products in XXXXX XXXXXXX XXXXXXXXX. Example: