In order Biological molecules are synthesized through dehydration reactions.

a. Dehydration reactions remove two hydrogen atoms and one oxygen atom, the equivalent of a water molecule.

b. These reactions then form a bond between monomers to create molecules called polymers.

c. Biological molecules can be broken down by hydrolysis reactions, where a molecule of water breaks the bond between the monomers

Question

Cara Ferguson

Biology

13 April, 14:12

In order Biological molecules are synthesized through dehydration reactions.

a. Dehydration reactions remove two hydrogen atoms and one oxygen atom, the equivalent of a water molecule.

b. These reactions then form a bond between monomers to create molecules called polymers.

c. Biological molecules can be broken down by hydrolysis reactions, where a molecule of water breaks the bond between the monomers

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Answers (1)

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Cohen Warner · Answer 1

1. Dehydration reactions remove two hydrogen atoms and one oxygen atom, the equivalent of a water molecule.

2. These reactions then form a bond between monomers to create molecules called polymers

3. Biological molecules can be broken down by hydrolysis reactions, where a molecule of water breaks the bond between the monomers