The mass defect per nucleon is called
(b)
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The mass defect per nucleon is called
(b)
Nuclear forces are
(a) Nuclear force is charge independent, it also acts between two neutrons.
Antiparticle of electron is
(c) Positron is antiparticle of electron.
The binding energy per nucleon is maximum in the case of
The binding energy per nucleon is maximum for nuclei with mass number around 60, such as iron (Fe-56). This is because the strong nuclear force, which binds the nucleons together, is most effective at this mass range, resulting in a higher binding energy per nucleon.
Isotopes are atoms having
(a) For isotopes Z is same and A is different. Therefore the number of neutrons A-Z will also be different.
The mass of an -particle is
(a) This is due to mass defect because a part of mass is used in keeping the neutrons and protons bound as -particle.
Atomic number of a nucleus is Z and atomic mass is M. The number of neutron is
(a) N = M-Z = Total no. of nucleons – no. of protons.
The -particle is the nucleus of an atom of
(c) particle is Helium-nucleus.
The force acting between proton and proton inside the nucleus is
(c) Both coulomb and nuclear force act inside the nucleus.
For a nucleus to be stable, the correct relation between neutron number N and Proton number Z is
(d) For stability in case of lighter nuclei and for heavier nuclei .
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