What is γ ? Obtain the value of γ for (i) monatomic (ii) diatomic and (iii) triatomic gas.

In the following plots match I,II, III,Iv with (a) isothermal process and Adiabatic process for (b) monatomic, (c ) diatomic and (d) triatomic gases respectively.

What are (i) audible frequency, (ii) infra-sonics and (iii) ultra-sonics ?

Value of C_(p) for monatomic gas is (5)/(2)R . Find C_(V) .

Find the values of the following : (i) i^(73) (ii) i^(-6) (iii) (1)/(i)

The value of C_(V) for monatomic gas is (3)/(2)R , then C_(P) will be

The straight lines in the figure depict the variations in temperature DeltaT as a function of the amount of heat supplied Q is different process involving the change of state of a monoatomic and a diatomic ideal gas . The initial states, ( P,V,T ) of the two gases are the same . Match the processes as described, with the straight lines in the graph as numbered. {:(,"Column-I",,"Column-II"),((A),"Isobaric process of monoatomic gas." ,(p),"1" ),((B),"Isobaric process of diatomic gas" ,(q),"2" ),((C),"Isochoric process of monoatomic gas" ,(r),"Minimum at section B"), ((D),"Isochoric process of diatomic gas" ,(s),"x-axis (i.e.'Q' axis)"):}

The value of gamma of linear, arragement of triatomic gas molecules is

Q cal of heat is required to raise the temperature of 1 mole of a monatomic gas from 20^(@)C to 30^(@)C at constant pressure. The amount of heat required to raise the temperature of 1 mole of diatomic gas form 20^(@)C to 25^(@)C

The heat capacity of a diatomic gas is higher than that of a monatomic gas.

Compressibility factor, Z of a gas is given as Z=(pV)/(nRT) (i) What is the value of Z for an ideal gas ? (ii) For real gas what will be the effect on value of Z above boyle's temperature ?