Nuclei Test - 3...

The nuclear fusion reaction between deuterium and tritium takes place

Which of the following is a fusion reaction?

Find out the missing particle for the nuclear reaction as shown below:
$$\displaystyle _{92}^{238}{U} \rightarrow _{90}^{234}{Th} + (?)$$

Choose the decay that ejects the heaviest particle?

Isotopes of same element exists in nature.How they differ from each other ? 

$$_{ 1 }^{ 2 }{ H }+_{ 1 }^{ 2 }{ H }\quad \rightarrow \quad _{ 2 }^{ 3 }{ He }+X$$
From the above nuclear fusion reaction, Identify the particle $$X$$.

The two alpha particles are released along with energy, when Li-7 is bombarded with a proton. It was found that the mass of the two alpha particles weighs less that the original product in the reaction. Now the mass that was converted to energy is called as :

Which of the following radioactive particle are decayed in the reaction $$^{218}_{85}At \rightarrow ^{214}_{83}Bi$$+  $$^A_Z X$$.

$$_1^2{H}+_1^3{H}\rightarrow _0^1{n}+$$ X
The product X in the nuclear reaction represented is.