At any particular time , different particles in the gas

Which of the following two assumptions of the kinetic molecular theory do not hold good for real gases ? (i) There is no force of attraction between the molecules of a gas. (ii) The particles of a gas are always in constant and random motion in all possible directions in straight lines. (iii) At any particulat time, different particle sin the gas have different speeds and hence, different kinetic energies. (iv) The volume of the molecules of a gas is negligibly small in comparision to the space occupied by the gas.

In the above example, find phase difference DeltaPhi . (a) of same particle at two different times with interval of 1 s , (b) of two different particle located at a distance of 10cm at same time

Write the general equation which relates the different variables of a gas used to describe the state of any ideal gas.

Write the general equation which relates the different variable of a gas and used to descirbe the state of any ideal gas.

The coordinates of a particle moving in x-y plane at any time t are (2 t, t^2). Find (a) the trajectory of the particle, (b) velocity of particle at time t and (c) acceleration of particle at any time t.

The coordinates of a particle moving in x-y plane at any time t are (2 t, t^2). Find (a) the trajectory of the particle, (b) velocity of particle at time t and (c) acceleration of particle at any time t.

At constant temperature V/T ratio for different quantities of any ideal gas will be different is the statement right?

The contribution of a particle at the edge centre of a particular unit cell is