Rutherford studied the first nuclear reaction `[._(7)^(14)N(alpha,p) ._(8)^(17)O]` which take place with a change in energy equivalent to `1.193 MeV`. Later on various types of nuclear reactions such as artifical radioactivity, artifical transmutatoon , nuclear fission, nuclear fussion, spallation reactions etc. were studied.
The reaction `._(97)^(14)N + ._(2)^(4)He + ._(8)^(17)O + ._(1)^(1)H` may be carried out by bombaring `N` atoms with `alpha-` particles of energy:
A. `= 1.193 MeV`
B. `gt 1.193 MeV`
C. `lt 1.93 MeV`
D. `le 1.93 MeV`

Rutherford studied the first nuclear reaction `[._(7)^(14)N(alpha,p) ._(8)^(17)O]` which take place with a change in energy equivalent to `1.193 MeV`. Later on various types of nuclear reactions such as artifical radioactivity, artifical transmutatoon , nuclear fission, nuclear fussion, spallation reactions etc. were studied.
Nuclear fusion reactions is not:
A. Uncontrolled reaction
B. used in formation of `H` bomb
C. Thermo nuclear reactions
D. Carried out at low temperature

Rutherford studied the first nuclear reaction `[._(7)^(14)N(alpha,p) ._(8)^(17)O]` which take place with a change in energy equivalent to `1.193 MeV`. Later on various types of nuclear reactions such as artifical radioactivity, artifical transmutatoon , nuclear fission, nuclear fussion, spallation reactions etc. were studied.
The reaction, `._(33)^(75) As + ._(1)^(2)H rarr ._(25)^(56)Mn + 9 ._(1)^(1)H + 12 ._(0)^(1)n` is called nuclear reaction or:
A. Spallation reaction
B. Induced radioactivity
C. Nuclear fusion
D. Artifical radioactivity