P-T graph for same number of moles of two ideal gases are shown . Find the path along which volume decreases .

The P-T graph for the given mass of an ideal gas is shown in figure. Then the volume

The P-T graph for the given mass of an ideal gas is shown in figure. Then the volume

Pressure temperature (p-1) graph of n moles of an ideal gas is shown in the figure. Among the following four graphs, which are the corresponding pressure volume (p-V) and density pressure (p-p) graphs?

a graph between prssure P (along y-axis) and absolute temperature, T(along x-axis) for equal moles of two gases has been drawn . Given that volume of second gas is more than volume of first gas. Which of the following statement is correct?

a graph between prssure P (along y-axis) and absolute temperature, T(along x-axis) for equal moles of two gases has been drawn . Given that volume of second gas is more than volume of first gas. Which of the following statement is correct?

The p-T graph for the given mass of an ideal gas is shown in figure. What inference can be drawn regarding the change in Volume (whtherit is constant, increasing or decreasing) ?

The p-T graph for the given mass of an ideal gas is shown in figure. What inference can be drawn regarding the change in Volume (whtherit is constant, increasing or decreasing) ?

Volume versus temperature (V-T) graph of an ideal gas of equal number of moles is plotted as shown in the figure. Choose the correct alternative.

The volume and pressure of two moles of an ideal gas are V and P respectively . Another 1 mole ideal gas having volume 2V exerts the same pressure P . Molecular mass of the second has is 16 times that of the first gas . compare the rms velocities of two gases .

The volume, number of molecules and average kinetic energies of two ideal gases A and B are the same. What is the relationship between the pressures of these two gases?