Kumar Mittal Solutions for Exercise 2: For DIFFERENT COMPETITIVE EXAMINATIONS

Atomic power station at Tarapur has a generation capacity of $200 \mathrm{MeV}$. The energy generated per day is

Fast neutrons can easily be slowed down by:

For the following nuclear reaction: ${}_1{H}^1{+}_1{H}^1{+}_1{H}^2{=}_{2}H{e}^4{+}_{+1}{\beta }^0+\mathrm{energy}$

The approximate temperature required for fusion of nuclei is:

The energy released in a typical nuclear fusion reaction is roughly:

How much energy will approximately be released if all the atoms of $1 \mathrm{kg}$ of deuterium could undergo fusion?

Which of the following is the main source for energy emission in the stars?

In the options given below, $E$ denotes the rest-mass energy of nucleus, and $n$ denotes a neutron. The correct option is: