Match the List - I with List - II:
List-I List-II
(I) Translation kinetic energy 1. $\frac{3}{2} P$
(II) Rotational kinetic energy of $C O_{2}$ 2. 15/13
(III) Translation kinetic energy per unit volume 3. 7/5
(IV) $λ$ for $C O_{2}$ at very high temperature 4. Function of T only
5. RT
6. $\frac{3}{2} R T$

(I) - 3 (II) - 4 (III) - 5 (IV) - 1

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(I) - 4 (II) - 5 (III) - 1 (IV) - 2

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(I) - 5 (II) - 6 (III) - 2 (IV) - 3

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(I) - 6 (II) - 1 (III) - 3 (IV) - 4

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Solution

The correct option is A (I) - 3 (II) - 4 (III) - 5 (IV) - 1

(I) Translation kinetic energy 7/5

(II) Rotational kinetic energy of $C O_{2}$ Function of T only 2. 15/13

(III) Translation kinetic energy per unit volume RT

(IV) $λ$ for $C O_{2}$ at very high temperature $\frac{3}{2} P$
Hence option A is correct.

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List-I	List-II
(I) Translation kinetic energy	1. $\frac{3}{2} P$
(II) Rotational kinetic energy of $C O_{2}$	2. 15/13
(III) Translation kinetic energy per unit volume	3. 7/5
(IV) $λ$ for $C O_{2}$ at very high temperature	4. Function of T only 5. RT 6. $\frac{3}{2} R T$

Match the List - I with List - II:List-IList-II(I) Translation kinetic energy 1. 32P(II) Rotational kinetic energy of CO22. 15/13(III) Translation kinetic energy per unit volume3. 7/5(IV) λ for CO2 at very high temperature 4. Function of T only5. RT6. 32RT

The correct option is A (I) - 3 (II) - 4 (III) - 5 (IV) - 1 (I) Translation kinetic energy 7/5 (II) Rotational kinetic energy of CO2 Function of T only 2. 15/13 (III) Translation kinetic energy per unit volume RT (IV) λ for CO2 at very high temperature 32P Hence option A is correct.