Nuclei Test - 2...

The binding energies of the atoms of elements $$P$$ and $$Q$$ are $$E_{p}$$ and $$E_{Q}$$, respectively. Three atoms of element $$Q$$ fuse to form one atom of element $$P$$. In this process, the energy released is $$e$$. The correct relation between $$E_{P}, E_{Q}$$ and $$e$$ will be

In nuclear reaction $$_{4}Be^{9}+_{2}He^{4} \rightarrow _{6}c^{12}$$+X,  X will be :

Among the following reactions , the impossible one is :

On the bombardment of Boron with neutron, an $$\alpha $$ - particle is emitted and product nucleus formed is $$\underline{\hspace{0.5in}}$$

The missing particle in the reaction :
 $$^{253}_{99}Es+^{4}_{2}He\rightarrow  ^{256}_{101}Md+ \underline{ \hspace{0.5in}}$$

Two deuterons combine to form a tritium nucleus and a __ 

Nuclear fission and fusion can be explained on the basis of Einstein's :

The energy required to remove one neutron from $$_{13}Al^{27}$$ is
(given mass of $$_{13}Al^{27}=$$26.981541 amu, mass of $$_{13}Al^{26}=$$25.984895 amu, mass of  neutron $$=$$ 1.008665 amu)

The BE/A (binding energy per atomic mass) for deuteron and an $$\alpha $$ particle are X$$_{1}$$and X$$_{2}$$ respectively. The energy released in the reaction will be :