The attractions that allow molecules of krypton to exist in the solid phase are due to:1) ionic bonds2) covalent bonds3) molecule-ion forces4) Van der waals forces

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18-11-2022
Chemistry

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The attractions that allow molecules of krypton to exist in the solid phase are due to:1) ionic bonds2) covalent bonds3) molecule-ion forces4) Van der waals forces

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kumarprabhat kumarprabhat · Answer 1 · 2022-11-27T03:36:07-05:00

Krypton (Kr) possesses fully filled valence orbitals and is a member of the noble gas group. Kr exists as a white solid with a face-centered cubic structure in the solid state.

The strongest to weakest intermolecular forces of attraction are as follows:

London dispersion > ionic > hydrogen bonding > dipole-dipole

Kr is a non-polar, monoatomic atom. Strong bonds cannot form when the fully filled (stable) valence orbitals of two Kr atoms approach one another in close proximity due to a repulsive force. The long-range weak Van Der Waals force, commonly known as the London dispersion force, is the single force of attraction in Kr.

To know more about Van der Waals forces click here:

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