On bombarding $_8^{16}O$ with deuterons,the nuclei of the product formed will be

The number of neutrons emitted when ${}_{92}^{235} U$ undergoes controlled nuclear fission to ${}_{54}^{142} Xe$ and ${}_{38}^{90} Sr$ is

The radioactive isotope $_{27}^{60}Co$,which is used in the treatment of cancer,can be produced by an $(n, p)$ reaction. For this reaction,the target nucleus is:

$_6C^{12}$ and $_1T^3$ are formed in nature due to the nuclear reaction of a neutron with:

In the sequence of the following nuclear reactions $_{92}X^{238}$ $\xrightarrow{-\alpha} Y$ $\xrightarrow{-\beta} Z$ $\xrightarrow{-\beta} L$ $\xrightarrow{-n\alpha} _{84}M^{218}$. The value of $n$ will be:

Which isotope on bombardment with $\alpha$-particles will give $_8O^{17}$ and $_1H^1$?