Question

chemical bond that provide stability to complex carbohydrate molecule is
a) C-H b) C-O c)C-C d)C-N


plz answer correctly if you don't know not give wrong answer

Answer 1

AnswerNormally hydrogen bonds are the 'weak sauce' bonds. In carbs, they are proton donors and proton acceptors. What's more, they are short in range so their strength and angle contribute to their role in creating structure. This hydrogen is in the carbs hydroxyl group.

AnswerNormally hydrogen bonds are the 'weak sauce' bonds. In carbs, they are proton donors and proton acceptors. What's more, they are short in range so their strength and angle contribute to their role in creating structure. This hydrogen is in the carbs hydroxyl group.Hydroxyl groups allow for the carbs to make glycosidic linkages which are the important bonds that allow for polymers.

Answer 2

Answer:

Chemical bond that provide stability to complex carbohydrate molecule is C-C.

Explanation:

• All living things require carbohydrates as part of their daily operations. The monosaccharides are the building blocks of all carbohydrates.
• A type of covalent bond known as a glycosidic bond connects monosaccharides to form polysaccharide chains, which are the building blocks of carbohydrates. These glycosidic linkages are created via a procedure called dehydration synthesis. When one sugar releases one hydrogen atom from a hydroxyl group while the other sugar releases the full hydroxyl group, this occurs.
• Long polysaccharide chains can be created by linking together monosaccharides.
• The usual molecular formula of monosaccharides is a multiple of CH2O. In the case of glucose, which has the chemical formula C6H2O, it has both of the characteristics of a sugar: a number of hydroxyl groups and a carboxyl group.

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