b) Beta decay:- XX XXXX decay, an electron XX XXXXXXX XXXX the XXXXXXX. XX XXX XX represented XX the equation :
c) Gamma decay:- XX gamma decay, a XXXX XXXXXX XXXXX XXX is given XXX. XX can be represented XX the XXXXXXXX :
d) Positron emission:- In XXXXXXXX emission, a positron is XXXXXXX. It XXX XX XXXXXXXXXXX XX the equation :
e) XXXXXXXX capture:- XX electron XXXXXXX,a nucleus captures one of its own XXXX's inner shell XXXXXXXXX. XXXX captured electron XXXXX with a proton in the nucleus XX XXXX a neutron.XX can XX XXXXXXXXXXX XX the XXXXXXXX :
Differences XXXXXXX XXX XXXXX XX decays:
What are the XXX XXXXX XX XXXXXXX reactions? Give an example XX a balanced nuclear XXXXXXXX XXX each type.
XXX XXXXX XX nuclear XXXXXXXXX XXX:
a) Nuclear XXXXXXX:Nuclear fission XXXXXX XX XXX XXXXXXXXX of an atomic nucleus XXXX two or XXXX XXXXXXX nuclei. This XXXXXXX XXX occur XXXXXXX a nuclear reaction or through XXXXXXXXXXX XXXXX. XXXXXXXXXXXXXX XXXXX XXXXXXX a large amount of XXXXXX, XXXXX is accompanied XX XXX emission of XXXXXXXX XXX XXXXX rays. XXXXXXX:
b) Nuclear XXXXXX:XX thesereactions, XX XXXXX XXX atomic XXXXXX combine/fuse into a XXXXXX nucleus. XXXXXXXXX particles XXXX as neutrons or protons XXX also XXXXXX XX products in XXXXX XXXXXXX XXXXXXXXX. Example: