The boiling point of methanol is greater than methyl thiol because

Question

The boiling point of methanol is greater than methyl thiol because (A) There is intramolecular hydrogen bonding in methanol and intermolecular hydrogen bonding in methyl thiol (B) There is intermolecular hydrogen bonding in methanol and no hydrogen bonding in methyl thiol (C) There is no hydrogen bonding in methanol and intermolecular hydrogen bonding in methyl thiol (D) There is no hydrogen bonding in methanol and intramolecular hydrogen bonding in methyl thiol.

Tardigrade Admin · Accepted Answer

In methanol (CH3OH) intermolecular H-bonding increases the h.pt. S with lesser electronegativity (than O) and larger atomic size (than O) cannot take part in H-bonding as methyl thiol (CH3SH) has lower b.pt. than CH3OH.

Q. The boiling point of methanol is greater than methyl thiol because

There is intramolecular hydrogen bonding in methanol and intermolecular hydrogen bonding in methyl thiol

There is intermolecular hydrogen bonding in methanol and no hydrogen bonding in methyl thiol

There is no hydrogen bonding in methanol and intermolecular hydrogen bonding in methyl thiol

There is no hydrogen bonding in methanol and intramolecular hydrogen bonding in methyl thiol.

In methanol $(C H_{3} O H)$ intermolecular H-bonding increases the h.pt. S with lesser electronegativity (than O) and larger atomic size (than O) cannot take part in H-bonding as methyl thiol $(C H_{3} S H)$ has lower b.pt. than $C H_{3} O H$ .

Q. The boiling point of methanol is greater than methyl thiol because

There is intramolecular hydrogen bonding in methanol and intermolecular hydrogen bonding in methyl thiol

There is intermolecular hydrogen bonding in methanol and no hydrogen bonding in methyl thiol

There is no hydrogen bonding in methanol and intermolecular hydrogen bonding in methyl thiol

There is no hydrogen bonding in methanol and intramolecular hydrogen bonding in methyl thiol.

In methanol (CH3​OH) intermolecular H-bonding increases the h.pt. S with lesser electronegativity (than O) and larger atomic size (than O) cannot take part in H-bonding as methyl thiol (CH3​SH) has lower b.pt. than CH3​OH.

In methanol $(C H_{3} O H)$ intermolecular H-bonding increases the h.pt. S with lesser electronegativity (than O) and larger atomic size (than O) cannot take part in H-bonding as methyl thiol $(C H_{3} S H)$ has lower b.pt. than $C H_{3} O H$ .