The masses of a proton and a neutron are 1.0073 u and 1.0087 u , respectively. If the mass of an `O^16` nucleus is 15.990525 u, then find out its binding energy per nuclear .

The mass of a proton is 1.00816 u and that of a neutron is 1.00902 u. If the mass of a deuterium nucleus (._1H^2) is 2.01479 u, then what will be the binding energy of this nucleus ? (1 u = 931.2 MeV)

._1H^2 + ._1H^2 to ._2He^4+Q . In this reaction the masses of deuterium and helium atoms are 2.0141 u and 4.0024 u respectively. What is this process called, and what is the energy released Q , in MeV

The mass of a proton or a neutron is nearly 1.67xx10^(-24) g . What is its equivalent energy in MeV ?

An alpha particle (""^(4)He) has a mass of 4.00300 amu. A proton has a mass of 1.00783 amu and a neutron as a mass of 1.00867 amu respectively. The binding energy of alpha particle estimated from these data is the closest to

If 1 u = 1.66xx10^(-27) kg and average radius of a nucleus is 1.2xx10^(-15) m, then determine the radius and density of a Ra^226 nucleus.

The atomic masses of Li, He and proton are 7.01823 amu, 4.00387 amu and 1.00715 amu respectively. Calculate the energy evolved in the reaction, 3^(Li^(7)) + 1^(HA^(1)) rarr 2 2^(He^(4)) + triangle E Given 1 amu = 931 MeV.

In any nuclear reaction 1/1000 of a mass is converted into energy. If the mass of the object is 1g then what will Be its energy in MeV..

In any nuclear reaction - (A) The total number of protons and neutrons remains same before and after the reaction. (B) Increase or decrease in the number of protons is equal to the decrease or increase in the number of neutrons. (C) Kinetic energy of the incident particle is approximately 8 MeV or its equivalent. (D) Some energy is released if total mass is reduced.