NH3 has much higher boiling point than PH3 because

Question

NH3 has much higher boiling point than PH3 because (A)  NH3 has larger molecular weight (B)  NH3 undergoes umbrella inversion (C)  NH3 forms hydrogen bond (D)  NH3 contains ionic bonds whereas PH3 contains covalent bonds

Tardigrade Admin · Accepted Answer

Boiling point of ammonia is much higher than phosphine. It is due to extensive hydrogen bonding found in ammonia.

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

$N H_{3}$ has larger molecular weight

$N H_{3}$ undergoes umbrella inversion

$N H_{3}$ forms hydrogen bond

$N H_{3}$ contains ionic bonds whereas $P H_{3}$ contains covalent bonds

Boiling point of ammonia is much higher than phosphine. It is due to extensive hydrogen bonding found in ammonia.

Q. NH3​ has much higher boiling point than PH3​ because

NH3​ has larger molecular weight

NH3​ undergoes umbrella inversion

NH3​ forms hydrogen bond

NH3​ contains ionic bonds whereas PH3​ contains covalent bonds

Boiling point of ammonia is much higher than phosphine. It is due to extensive hydrogen bonding found in ammonia.

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

$N H_{3}$ has larger molecular weight

$N H_{3}$ undergoes umbrella inversion

$N H_{3}$ forms hydrogen bond

$N H_{3}$ contains ionic bonds whereas $P H_{3}$ contains covalent bonds