NH3 has higher boiling point than expected because

Question

NH3 has higher boiling point than expected because (A) it forms NH4OH with water (B) it has strong intermolecular hydrogen bonds (C) it has intramolecular hydrogen bonds (D) its density decreases on freezing

Tardigrade Admin · Accepted Answer

Ammonia has higher boiling point than expected due to intermolecular hydrogen bonding.

Q. $N H_{3}$ has higher boiling point than expected because

it forms $N H_{4} O H$ with water

it has strong intermolecular hydrogen bonds

it has intramolecular hydrogen bonds

its density decreases on freezing

Ammonia has higher boiling point than expected due to intermolecular hydrogen bonding.

Q. NH3​ has higher boiling point than expected because

it forms NH4​OH with water

it has strong intermolecular hydrogen bonds

it has intramolecular hydrogen bonds

its density decreases on freezing

Ammonia has higher boiling point than expected due to intermolecular hydrogen bonding.

Q. $N H_{3}$ has higher boiling point than expected because

it forms $N H_{4} O H$ with water