A decapeptide (Mol. Wt. 769) on complete hydrolysis gives glycine (Mol. Wt. 75), alanine and phenylalanine.
Glycine contributes `47.0 %` to the total weight of the hydrolysed products. The number of glycine units. Present in the decapeptide is.

A decapeptide (mol. wt. 796) on complete hydrolysis gives glycine (mol. wt. 75), alanine and phenylalanine .Glycine contributes 47.0% to the total weight of the hýdrolyzed products. The number of glycine units present in the decapeptide is

A decapeptide (Molecular weight 796) on complete hydrolysis gives glycine (Molecular weight 75), alanine and phenylanine. Glycine contributes 47.0 % to the total weight of the hydrolysed products. The number of glycine units present in the decapeptide is

A decapeptide(M. mass = 796) on complete hydrolysis gives glycine, alanine and phenylaline. Glycine contributes 47% to the total mass of hydrolysed products. Calculate the number of glycine units present in the decapeptide.

An octapeptide (Mol.wt = 516 g ) on complete hydrolysis given glycine and alanine (Mol. Mass = 89 g ). Alanine contributes 41.59 % to total weight of hydrolysed product. How many number of alanine unit present in octapeptide.

An octapeptide (Mol.wt = 516 g ) on complete hydrolysis given glycine and alanine (Mol. Mass = 89 g ). Alanine contributes 41.59 % to total weight of hydrolysed product. How many number of alanine unit present in octapeptide.

A tripeptide on complete hydrolysis gives glycine, alanine and phenylalanine. Using three-letter symbols, number of possible combinations are

A polypeptide (Mol. wt = 360 ) formed by glycine (Mol. wt = 75 ) amino acid. How many glycine units are used to form it.