When a uranium isotope \(_{92}^{235}\mathrm{U}\) is bombarded with a neutron, it generates \(_{36}^{89}\mathrm{Kr}\)$,$ three neutrons and: 

In any fission process the ratio

$\frac{\text{ mass of fission products }}{\text{ mass of parent nucleus }}\text{ is:}$

1. Greater than 1

2. Depends on the mass of the parent nucleus

3. Equal to 1

4. Less than 1

Fission of nuclei is possible because the binding energy per nucleon in them:
 

Solar energy is mainly caused due to:

Which of the following are suitable for the fusion process?

The energy released in nuclear fission is due to:

Nuclear – fission is best explained by:

1. Liquid droplet theory

2. Yukawa $\pi$ - meson theory

3. Independent particle model of the nucleus

4. Proton-proton cycle

For the nuclear reaction:

${}_{92}U_{235}$ $+$ ${}_{0}n_1$ $\to$ ${}_{56}B{a}^{144}$ $$ $+$ $...$ $$ $+$ $3_0{n}^1$

The blank space can be filled by:

1. ${}_{26}K{r}^{89}$

2.  ${}_{36}K{r}^{89}$

3. ${}_{26}S{r}^{90}$

4.  ${}_{38}S{r}^{89}$