MCQ
The specific heat relation for ideal gas is
- A${C_P} + {C_V} = R$
- ✓${C_P} - {C_V} = R$
- C${C_P}/{C_V} = R$
- D${C_V}/{C_P} = R$
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| Column-$I$ | Column-$II$ |
| $a.$ Binding energy per nucleon for ${ }^{56} Fe$ | $(i)$ $5.5 \,M eV$ |
| $b.$ Energy of $\alpha$-particle in Geiger Marsden experiment | $(ii)$ $200 \,M eV$ |
| $c.$ Energy of photon of visible light | $(iii)$ $8.75 \,M eV$ |
| $d.$ Energy released in fission of a uranium nucleus | $(iv)$ $2 \,eV$ |
Statement $I:$ The law of radioactive decay states that the number of nuclei undergoing the decay per unit time is inversely proportional to the total number of nuclei in the sample.
Statement $II:$ The half life of a radionuclide is the sum of the life time of all nuclei, divided by the initial concentration of the nuclei at time $t =0$.
In the light of the above statements, choose the most appropriate answer from the options given below :

(Molar mass of $N _{2}$ gas $28\, g$ )