At constant temperature of `273 K, (1)/(V)` vs P are plotted for two ideal gases A and B as given below. Ratio of number of moles of A and B are:

At constant temperature of 273K. (1)/(v) vs are plotted for two ideal gases A & B as shown below. Ratio of number of moles of gas A & B are

At constant temperature and pressure, the rates of diffusion of two gases A and B are in the ratio of 1:2 . In a mixture of A and B gases if the mass ratio of A and B be 2:1, the find the mole fraction ratio of A and B in the mixture?

At constant temperature for given amount of an ideal gas the correct graph between PV vs P is

Plot ln K vs. 1/T for two reactions A and B are given below. Which reaction is more sensitive to temperature :-

At constant temperature, the effect of change of pressure on volume of a gas was as given below Plot the following graphs : P vs V

At constant temperature, the effect of change of pressure on volume of a gas was as given below Plot the following graphs : P vs 1/V

At constant temperature, the effect of change of pressure on volume of a gas was as given below Plot the following graphs : PV vs P.

The temperature vs time graph for two different gases A and B having same number of moles is as shown in figure. If heat is supplied by same rate to both the gases. Find ratio of specific heat capacity of both gases.

Why is the PV vs P plot for an ideal gas at a given temperature parallel to P axis?