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Multiple Choice
Which of the following chemical reactions results in energy release when glycosidic bonds are broken? a) Condensation reaction. b) Dehydration synthesis reaction. c) Hydrolysis reaction. d) Hydrogen bonding.
A
Condensation reaction.
B
Dehydration synthesis reaction.
C
Hydrolysis reaction.
D
Hydrogen bonding.
Verified step by step guidance
1
Understand the types of reactions: Condensation and dehydration synthesis reactions involve the formation of bonds with the removal of water, typically requiring energy input.
Recognize that hydrolysis reactions involve the breaking of bonds with the addition of water, which often results in the release of energy.
Identify the role of glycosidic bonds: These are covalent bonds that link carbohydrate molecules together, such as in polysaccharides.
In a hydrolysis reaction, water is used to break glycosidic bonds, resulting in the release of energy as the larger carbohydrate molecules are broken down into simpler sugars.
Conclude that among the given options, the hydrolysis reaction is the one that results in energy release when glycosidic bonds are broken.