Tag: nuclear structure
Questions Related to nuclear structure
Katen was studying nuclear physics. There, he collected values of binding energies of $ _{1}{H}^{2}, _{2}{He}^{4}, _{26}{Fe}^{56}$ and $ _{92}{U}^{235}$ and they are $2.22 MeV, 28.3 MeV, 492 MeV$ and $1786 MeV$ respectively. Then, he got a doubt that stability of the nucleus depends on its binding energy, which among the above four is the most stable nucleus?
In the nuclear reaction, there is a conservation of ______.
The difference between a nuclear reactor and an atomic bomb is that
The energy equivalent of $1\ amu$ is
The binding energy per nucleon of $^{16}O$ is $7.97MeV$ and that of $^{17}O$ is $7.75MeV$. The energy in MeV required to remove a neutron from $^{17}O$ is:
The mass defect of a certain nucleus is found to be $0.03$ amu. Its binding energy is:
Consider the following statements
(i)All isotopes of an element have the same number of neutrons
(ii)Only one isotope of an element can be stable and non -radioactive
(iii)All elements have isotopes
(iv)All isotopes of Carbon can form chemical compounds with Oxygen -16
The correct option regarding an isotope is
Higher the mass defect, higher will be the stability of the nucleus.
1 u is equivalent to an energy of
The mass equivalent of 931.5 MeV energy is