[" C' "14" disintegrates by "beta" emission with a reaction "],[" energy ( "Q" -value ")" of "0.155" MeV.A "beta" - particle with "],[" an energy of "0.025" MeV is emitted in a direction "],[135^(@)" to the direction of motion of the recoil "],[" nucleus."],[" Ic "=" speed of light in vacuuml "|M_(e)=0.511" MeV/c "^(2)],[" Choose the correct options."]

C^(14) disintegrates by beta -emission with a reaction eneregy (Qvalue) of 0.155 MeV .A beta -particle with an energy of 0.025 MeV is emitted in a direction at 135^(@) to the direction of motion of the recoil nucleus. Determine the momneta of the three particles (beta^(-)=barV,^(14)N) involved in this disintegration in MeV//c units (where c is speed of light in vaccum) ( M_(0) =0.511 MeV//c^(2)) .

C^(14) disintegrates by beta -emission with a reaction eneregy (Qvalue) of 0.155 MeV .A beta -particle with an energy of 0.025 MeV is emitted in a direction at 135^(@) to the direction of motion of the recoil nucleus. Determine the momneta of the three particles (beta^(-)=barV,^(14)N) involved in this disintegration in MeV//c units (where c is speed of light in vaccum) ( M_(0) =0.511 MeV//c^(2)) .

Consider a particle , beta particle and gamma - rays , each having an energy of 0.5 MeV . In increase order of panetrating poewr , the radiation are .

Consider alpha particle , beta particle and gamma - rays , each having an energy of 0.5 MeV . In increase order of panetrating power , the radiation are .

Consider alpha-, beta - particles and gamma- rays, each having an energy fo 0.5Mev in increasing order f penertation power, the radiations are:

A nucleus of mass 218 amu in Free State decays to emit an alpha -particle. Kinetic energy of the beta- particle emitted is 6.7 MeV . The recoil energy (in MeV) of the daughter nucleus is

A nucleus ""^(220)X at rest decays emitting an alpha -particle . If energy of daughter nucleus is 0.2 MeV , Q value of the reaction is

A nucleus ""^(220)X at rest decays emitting an alpha -particle . If energy of daughter nucleus is 0.2 MeV , Q value of the reaction is