Under what conditions can an ideal gas,which | vedclass

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(D) An ideal gas is defined as a gas that obeys the gas laws at all temperatures and pressures and does not possess intermolecular forces of attractio

Vedclass · Accepted Answer

It cannot be liquefied for any value of $P$ and $T$.

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(D) An ideal gas is defined as a gas that obeys the gas laws at all temperatures and pressures and does not possess intermolecular forces of attraction. Liquefaction of a gas requires the presence of intermolecular forces to bring molecules together to form a liquid phase. Since an ideal gas lacks these forces,it cannot be liquefied under any conditions of temperature $(T)$ or pressure $(P)$.

Under what conditions can an ideal gas,which follows the kinetic gas equation,be liquefied?

Similar Questions

Assertion : At critical temperature,liquid passes into gaseous state imperceptibly and continuously.
Reason : The density of liquid and gaseous phase is equal at critical temperature.

Explain the liquefaction of gases with the help of an isothermal graph.

Explain the liquefaction of real gases and permanent gases.

Amongst the following statements,the correct one is

Which set of conditions represents the easiest way to liquefy a gas?

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