Find the `Q` value of the reaction
`N^(14)+alpha rarr O^(17) +P`
The mass of are, respectivley`, 14.00307 u, 4.00260 u`, and `16.99913u`. Find the total kinetic energy of the products if the striking `alpha`partilcles has the minimum kinetic energy required to intiate the reaction .

|Q| value of the reaction, N^(4)+alpha rarrO^(17)+p [the masses of N^(14),He^(4),p,O^(17) are respectively 14.00374 u, 4.0026 u,1.00783 u and 16.99913 u is x//5MeV . Value of x is nearly [1 u=931.5 MeV]

Find the minimum kinetic energy of an alpha -particle to cause the reaction ^14N(alpha,p)^17O . The masses of ^14N , ^4He , ^1H and ^17O are respectively 14.00307u, 4.00260u, 1.00783u and 16.99913u.

Find the minimum kinetic energy of an alpha -particle to cause the reaction ^14N(alpha,p)^17O . The masses of ^14N , ^4He , ^1H and ^17O are respectively 14.00307u, 4.00260u, 1.00783u and 16.99913u.

A nuclear raction is given us P+^(15)N rarr _(Z)^(A)X +n (a). Find, A,Z and identity the nucleus X . (b) Find the Q value of the reaction . ( c) If the proton were to collide with the .^(15)N at rest, find the minimum KE needed by the proton to initiate the above reaction. (d) If the proton has twice energy in (c) and the outgoing neutron emerges at an angle of 90^(@) with the direction of the incident proton, find the momentum of the protons and neutrons. {:("[Given,"m(p)=1.007825 u","m(.^(15)C)=15.0106u","),(m(.^(16)N)=16.0061 u","m(.^(15)N)=15.000u"),"),(m(.^(16)O)=15.9949 u","m(u)=1.0086665u ","),(m(.^(15)O)=15.0031u"," and 1 u ~~ 931.5MeV."]"):} .