Nuclei Test - 2...

The binding energies energy per nucleon for $$C^{12}$$  is $$7.68\ MeV$$ and that for $$C^{13}$$ is $$7.5\ MeV.$$ The energy required to remove a neutron from $$C^{13}$$ is

Find the uncertainty in mass.

Which of the following is a wrong description of binding energy of a nucleus?

Find the binding energy of $$_{28}^{62}\textrm{Ni}$$, Given $$m_{H}$$ = $$1.008$$ $$u$$, $$m_{n}$$ = $$1.0087$$ $$u$$, $$_{28}^{62}\textrm{m}$$ = $$62.9237$$ $$u$$

The fusion of two nuclide will require a temp of order of

Find the fraction of the mass.

As the mass number $$A$$ increases, the binding energy per nucleon in a nucleus

$$_{1}^{2}\textrm{H}$$ + $$_{4}^{9}\textrm{Be}$$ $$\rightarrow$$ $$X$$ + $$_{2}^{4}\textrm{He}$$ identify $$X$$

Consider $$_{13}^{25}\textrm{Al}$$ $$\rightarrow$$ $$_{12}^{25}\textrm{Mg}$$ + $$_{+1}^{0}\textrm{e}$$+ $$v$$.
$$m_{Al}$$ = $$24.990423 \mu$$;         $$m_{mg}$$= $$24.485839 \mu$$.
Find the Q value of reaction

Which of the following reactions is impossible?