What is the maximum number of H-bonds that a | vedclass

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(A) single water molecule $(H_2O)$ has two hydrogen atoms and two lone pairs on the oxygen atom. Each hydrogen atom can form one $H$-bond with an elec

Vedclass · Accepted Answer

$4$

Vedclass · Answer

(A) single water molecule $(H_2O)$ has two hydrogen atoms and two lone pairs on the oxygen atom. Each hydrogen atom can form one $H$-bond with an electronegative atom of another molecule,and each lone pair on the oxygen atom can accept one $H$-bond from a hydrogen atom of another molecule. Therefore,a single water molecule can form a maximum of $4$ $H$-bonds.

What is the maximum number of $H$-bonds that a single water molecule can form?

Similar Questions

Hydrogen bonding is formed in compounds containing hydrogen and

Identify which molecule in each of the following pairs has stronger $H$-bonding:
$(i)$ $H_2O$ and $H_2S$
$(ii)$ $NH_3$ and $PH_3$
$(iii)$ $HF$ and $HCl$

The relatively high boiling point of $HF$ is due to

The hydrogen bonding is strongest in which one of the following sets?

Correct decreasing order of boiling point of given compounds:
$I. \ HCl$
$II. \ H_2O$
$III. \ HF$
$IV. \ NH_3$

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