The correct option is A Has no intermolecular attraction #10; #10;No molecular forces are at work for ideal gases. This means that there is no #10;attrac ...

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Kinetic Theory of Gases

An ideal gas:

Question

An ideal gas:

Has no intermolecular attraction

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Molecules do not collide with each other

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The product of P and V is constant at a fixed temperature for definite mass

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Can be liquefied easily

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Solution

The correct option is A Has no intermolecular attraction

No molecular forces are at work for ideal gases. This means that there is no attraction or repulsion between the particles. So there will be no inter molecular force of attraction is present between the molecules of ideal gases.
Hence option A is correct.

Suggest Corrections

Similar questions

Q. Assertion :

S O_{2}

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S O_{2}

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Q. Assertion :

S O_{2}

gas is easily liquefied while

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Q. In the following statements:
(A) Ideal gases are liquefied only at very low temperatures.
(B) Ideal gases cannot be liquefied.
(C) Ideal gas behaviour is observed by real gases at low pressures.
(D) Ideal gases do not exist.
The correct statements are:

Q. Assertion :A gas can be easily liquefied at any temperature below its critical temperature. Reason: Liquification of a gas takes place when the average kinetic energy of the molecules is low.

Q. A gas can be easily liquefied.

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