Identify the monosaccharide containing only one asymmetric carbon atom in its molecule.

Question

Identify the monosaccharide containing only one asymmetric carbon atom in its molecule. (A) Ribulose (B) Ribose (C) Erythrose (D) Glyceraldehyde

Tardigrade Admin · Accepted Answer

Among the given monosaccharides, glyceraldehyde contains only one assymmetric carbon atoms. Ribulose, ribose, and erythrose contains more than one assymmetric carbon atom. The structure of these monosaccharides are given below <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/61015031c7dab0db0c8fdfb54e62ecb4-.png" /> Represents assymmetric carbon

Q. Identify the monosaccharide containing only one asymmetric carbon atom in its molecule.

Ribulose

Ribose

Erythrose

Glyceraldehyde

Among the given monosaccharides, glyceraldehyde contains only one assymmetric carbon atoms. Ribulose, ribose, and erythrose contains more than one assymmetric carbon atom. The structure of these monosaccharides are given below

Represents assymmetric carbon

Q. Identify the monosaccharide containing only one asymmetric carbon atom in its molecule.

Ribulose

Ribose

Erythrose

Glyceraldehyde

Among the given monosaccharides, glyceraldehyde contains only one assymmetric carbon atoms. Ribulose, ribose, and erythrose contains more than one assymmetric carbon atom. The structure of these monosaccharides are given below Represents assymmetric carbon

Among the given monosaccharides, glyceraldehyde contains only one assymmetric carbon atoms. Ribulose, ribose, and erythrose contains more than one assymmetric carbon atom. The structure of these monosaccharides are given below

Represents assymmetric carbon