Gases gave large inter-particle spaces between the molecules, this accounts for the high _______ of gases.

Compressibility

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Temperature

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Potential energy

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None of the above

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Solution

The correct option is A
Compressibility

Gases gave large inter-particle spaces between the molecules, this accounts for the high compressibility of gases.

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Similar questions

Real gases approaches ideal gas at high temperature and low pressure because

$A$ . Inter atomic separation is large

$B$ . Size of the molecule is negligible when compared to inter atomic separation

Q. A large volume of gases can be put into small cylinders and transported easily. This is because gases:

(a) Of the two gases ammonia and hydrogen chloride, which is more dense. name the method of collection of this gas.
(b) Give one example of a reaction between the above two gases which produces a solid compound.

Of the two gases NH3 and HCl , which is more dense. Name the method of collection of this gas .

give one example of a reaction between the above two gases which produces a solid.

Q. Assertion (A): Gases do not liquefy above their critical temperature, even on applying high pressure.
Reason (R): Above critical temperature, the molecular speed is high and intermolecular attractions cannot hold the molecules together because they escape because of high speed.

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Gases gave large inter-particle spaces between the molecules, this accounts for the high _______ of gases.

The correct option is A CompressibilityGases gave large inter-particle spaces between the molecules, this accounts for the high compressibility of gases.

The correct option is A
Compressibility

Gases gave large inter-particle spaces between the molecules, this accounts for the high compressibility of gases.