Science Biology Biochemistry
Portage BIOD 101 Module 3
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Portage Learning BIOD 101 Module ... Portage Learning BIOD 101 Module ... Metabolism Study G
239 terms 235 terms 17 terms
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Practice questions for this set
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A biomacromolecule is degraded into 2 or more monomers with the gain of
a water molecule and release of energy
Choose an answer
1 ionic reaction 2 condensation reaction
3 hydrolysis reaction 4 exergonic reaction
Don't know?
Chemical reactions of metabolic (1) redox reactions, (2) dehydration condensation reactions, (3)
processes dehydration reactions and (4) hydrolysis reactions.
Involve transfer of electrons from a substrate which is oxidized,
Redox Reaction
to another substance which is reduced
a reaction in which two molecules are covalently bonded to
dehydration/condensation
each other through loss of a water molecule and other small
reaction
molecules. Requires energy
A chemical reaction in which two molecules become covalently
dehydration reaction
bonded to each other with the removal of a water molecule.
Portage BIOD 101 Module 3
Save
Students also studied
Flashcard sets Study guides
Portage Learning BIOD 101 Module ... Portage Learning BIOD 101 Module ... Metabolism Study G
239 terms 235 terms 17 terms
melyk_walker Preview Rozay_RickRoss Preview Tyraj19
Practice questions for this set
Learn 1 /7 Study with Learn
A biomacromolecule is degraded into 2 or more monomers with the gain of
a water molecule and release of energy
Choose an answer
1 ionic reaction 2 condensation reaction
3 hydrolysis reaction 4 exergonic reaction
Don't know?
Chemical reactions of metabolic (1) redox reactions, (2) dehydration condensation reactions, (3)
processes dehydration reactions and (4) hydrolysis reactions.
Involve transfer of electrons from a substrate which is oxidized,
Redox Reaction
to another substance which is reduced
a reaction in which two molecules are covalently bonded to
dehydration/condensation
each other through loss of a water molecule and other small
reaction
molecules. Requires energy
A chemical reaction in which two molecules become covalently
dehydration reaction
bonded to each other with the removal of a water molecule.