How many of these molecules can have any type of hydrogen bonding. Glucose, HF, R-OH,R-COOH,R2NH,CCl3CHO,Ph-Br , o-nitro phenol, PH3 .

Question

How many of these molecules can have any type of hydrogen bonding. Glucose, HF, R-OH,R-COOH,R2NH,CCl3CHO,Ph-Br , o-nitro phenol, PH3 . (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

Glucose, HF, R-OH,R-COOH,R2NH have intermolecular H-bonding while CCl3CHO and o-nitro phenol has intramolecular H-bonding.

Q. How many of these molecules can have any type of hydrogen bonding.

Glucose, HF, $R - O H, R - COO H, R_{2} N H, CC l_{3} C H O, P h - B r$ , o-nitro phenol, $P H_{3}$ .

Glucose, HF, $R - O H, R - COO H, R_{2} N H$ have intermolecular H-bonding while $CC l_{3} C H O$ and o-nitro phenol has intramolecular H-bonding.

Q. How many of these molecules can have any type of hydrogen bonding. Glucose, HF, R−OH,R−COOH,R2​NH,CCl3​CHO,Ph−Br , o-nitro phenol, PH3​ .

Glucose, HF, R−OH,R−COOH,R2​NH have intermolecular H-bonding while CCl3​CHO and o-nitro phenol has intramolecular H-bonding.

Q. How many of these molecules can have any type of hydrogen bonding.

Glucose, HF, $R - O H, R - COO H, R_{2} N H, CC l_{3} C H O, P h - B r$ , o-nitro phenol, $P H_{3}$ .

Glucose, HF, $R - O H, R - COO H, R_{2} N H$ have intermolecular H-bonding while $CC l_{3} C H O$ and o-nitro phenol has intramolecular H-bonding.