A nuclear reaction along with the masses of the particle taking part in it is as follows
`underset("1.002 amu")(A)+underset("1.004 amu")(B) to underset("1.001 amu")(C)+underset("1.003 amu")(D)+QMeV`
the energy Q is liberated in the reaction is

A nuclear reaction along with the masses of the particle taking part in it is as follows underset("amu")underset(1.002)A+underset("amu")underset(1.004)Btounderset("amu")underset(1.001)C+underset("amu")underset(1.003)D+QMeV The energy Q liberated in the reaction is

A nuclear reaction along with the masses of the particle taking part in it is as follows underset("amu")underset(1.002)A+underset("amu")underset(1.004)Btounderset("amu")underset(1.001)C+underset("amu")underset(1.003)D+QMeV The energy Q liberated in the reaction is

Calculate the energy asociated with the following nuclear reaction: underset(26.9815 amu)(._(13)^(27)Al) + underset(2.014 amu)(._(1)^(2)H) to underset(24.9858 amu)(._(12)^(25)Mg) + underset(4.0026 amu)(._(2)^(4)He)

Calculate the mass of 1 amu in grams.

Calculate the mass of 1 amu in grams.

Mass of 1 amu in g

A nuclear reaction is accompanied by a loss of mass equivalent to 0.01864 amu. The energy liberated is

A nuclear reaction is accompanied by loss of mass equivalent to 0.01864 amu. Energy liberated is:

A nuclear reaction is accompanied by loss of mass equivalent to 0.01864 amu. Energy liberated is: