Does the number of lone pairs in a molecule affect the magnitude of hydrogen bonding...? Discuss in relation to $H_{2} S$ $H_2S$ , and $P H_{3}$ $PH_3$ ?

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Does the number of lone pairs in a molecule affect the magnitude of hydrogen bonding...? Discuss in relation to $H_{2} S$ $H_2S$ , and $P H_{3}$ $PH_3$ ?

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Answer 1 · 2016-12-28T06:06:29

Probably not..........?

Explanation:

$H_{2} S$ $H_2S$ , and $P H_{3}$ $PH_3$ are real molecules, and for the phosphine, hydrogen-bonding DOES not occur. And for the sulfide, hydrogen-bonding is only marginal. Phosphine is a room temperature gas, and hydrogen sulfide is a little more involatile.

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Does the number of lone pairs in a molecule affect the magnitude of hydrogen bonding...? Discuss in relation to $H_{2} S$ $H_2S$ , and $P H_{3}$ $PH_3$ ?

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Does the number of lone pairs in a molecule affect the magnitude of hydrogen bonding...? Discuss in relation to H2SH_2S, and PH3PH_3?

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Does the number of lone pairs in a molecule affect the magnitude of hydrogen bonding...? Discuss in relation to $H_{2} S$ $H_2S$ , and $P H_{3}$ $PH_3$ ?