Assertion: Most probable velocity of particles of gas is the velocity possessed by maximum fraction of particels at the same temperature.
Reason: On collision, more and more molecules acquire higher speed at the same temperature.

Assertion: Most probable velocity is the velocity possessed by maximum fraction of molecules at the same temperature. Reason: On collision, more and more molecules acquire higher speed at the same temperature.

Assertion: Most probable velocity is the velocity possessed by maximum fraction of molecules at the same temperature. Reason: On collision, more and more molecules acquire higher speed at the same temperature.

Assertion: Most probable velocity is the velocity possessed by maximum fraction of molecules at the same temperature. Reason: On collision, more and more molecules acquire higher speed at the same temperature.

Statement-1. Most probable velocity is the velocity possesed by the maximum fraction of the molecules at a given temperature. Statement-2. On collision, more and more molecules acquire higher speed at the same temperature.

Statement-1: Gases like N_(2),O_(2) behave as ideal gases at high temperature and low pressure. Statement-2: Molecular probable velocity is the velocity possessed by maximum fraction of molecules at the same temperature. Statement-2:Molecular interactions diminish at high temperature and low pressure.

Will the velocity be equal of two different ideal gas at same temperature? Give reason.

Which of the following has possesses maximum rms velocity? All being at same temperature

Which of the following has possesses maximum rms velocity? All being at same temperature