The atomic radius in case of inert gases is

Ionic radii

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Coralent radii

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Vander Waals radii

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Solution

The correct option is C
Vander Waals radii

As inert gases do not combines to form molecules, they have Van der Waals radius.

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Similar questions

Q. Assertion :Size of atoms of inert gases are smaller than those of the preceding halogens. Reason: Covalent or van der Waals' radii generally decreases with increase in atomic number along a period.

Read both assertion and reason and choose the correct option regarding it.

STATEMENT-1 : The atomic radius of inert gases is high.
STATEMENT-2 : Van der waals radius is less than covalent radius.

Q. The covalent and vander Waals radii of chlorine respectively are

Students Ram, Shyam, and Raj measured the radius of an element A. The values of their practical were not the same
(Ram = 110 nm, Shyam = 190 nm and Raj = 108 nm).

Their teacher explained that their measurement was correct by saying that the recorded values are

students Ram, Shyam and Raj measured the radius of an element A. The values of their practical were not same (Ram = 110 nm, Shyam = 190 nm and Raj = 108 nm). Their teacher explained that their measurement were correct by saying that the recorded values are -

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The atomic radius in case of inert gases is

The correct option is C Vander Waals radii As inert gases do not combines to form molecules, they have Van der Waals radius.

The correct option is C
Vander Waals radii

As inert gases do not combines to form molecules, they have Van der Waals radius.