The type of molecular forces of attraction pr | vedclass

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(D) The compound shown is $2$-nitrophenol (or a derivative like $4$-nitrocatechol depending on the structure). In such compounds,the proximity of the

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all of these

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(D) The compound shown is $2$-nitrophenol (or a derivative like $4$-nitrocatechol depending on the structure). In such compounds,the proximity of the $-OH$ group and the $-NO_2$ group allows for the formation of intramolecular $H$-bonding. Additionally,these molecules can form intermolecular $H$-bonds with neighboring molecules. Furthermore,all molecules exhibit van der Waals' forces of attraction. Therefore,all these types of forces are present.

List-$I$	List-$II$
$(A)$ $C_{2}H_{4}$	$(I)$ $3\sigma$ bonds, $2\pi$ bonds
$(B)$ $C_{2}H_{2}$	$(II)$ $3\sigma$ bonds, $1$ lone pair
$(C)$ $CH_{4}$	$(III)$ $4\sigma$ bonds
$(D)$ $NH_{3}$	$(IV)$ $5\sigma$ bonds, $1\pi$ bond

The type of molecular forces of attraction present in the following compound is

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