We have $O_{2}$ $O_2$ , $H_{2}$ $H_2$ , $H e$ $He$ , and $H C l$ $HCl$ gases; which gas will behave LEAST ideally?

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We have $O_{2}$ $O_2$ , $H_{2}$ $H_2$ , $H e$ $He$ , and $H C l$ $HCl$ gases; which gas will behave LEAST ideally?

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Answer 1 · 2017-01-23T17:53:15

Clearly, $hydrogen chloride$ $"hydrogen chloride"$ behaves LEAST ideally..............

Explanation:

Ideality assumes negligible intermolecular interaction. However, $hydrogen chloride gas$ $"hydrogen chloride gas"$ , with $^{δ +} H - C l^{δ -}$ $""^(delta+)H-Cl^(delta-)$ dipoles, has the possibility of intermolecular hydrogen bonding, which is a potent intermolecular force. This is reflected in the respective boiling points of the given gases, $H e$ $He$ , $H_{2}$ $H_2$ , $O_{2}$ $O_2$ , $H C l$ $HCl$ , which are $4.2, 20.2, 90.2,$ $4.2, 20.2, 90.2,$ and $188.1$ $188.1$ $K$ $K$ respectively.

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We have $O_{2}$ $O_2$ , $H_{2}$ $H_2$ , $H e$ $He$ , and $H C l$ $HCl$ gases; which gas will behave LEAST ideally?

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We have O2O_2, H2H_2, HeHe, and HClHCl gases; which gas will behave LEAST ideally?

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We have $O_{2}$ $O_2$ , $H_{2}$ $H_2$ , $H e$ $He$ , and $H C l$ $HCl$ gases; which gas will behave LEAST ideally?