Portage BIOD 101 Module 3 – Questions With
Thorough Solutions
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Practice questions for this set
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Converts: Fructose 1,6-Bisphosphate to Dihydroxyacetone Phosphate (DHAP) +
G3P
Choose an answer
Chemical reactions of metabolic
1 2 Aldolase
processes
3 Glycolysis 4 hydrolysis reaction
Don't know?
Terms in this set (67)
(1) redox reactions, (2) dehydration condensation
Chemical reactions of
reactions, (3) dehydration reactions and (4) hydrolysis
metabolic processes
reactions.
, Involve transfer of electrons from a substrate which is
Redox Reaction
oxidized, to another substance which is reduced
a reaction in which two molecules are covalently
dehydration/condensation
bonded to each other through loss of a water molecule
reaction
and other small molecules. Requires energy
A chemical reaction in which two molecules become
dehydration reaction covalently bonded to each other with the removal of a
water molecule.
A biomacromolecule is degraded into 2 or more
hydrolysis reaction monomers with the gain of a water molecule and
release of energy
The sum of all synthetic and degradation biochemical
Metabolism
reactions in the human body
The sum total of all processes in an organism which use
Anabolism energy and simple chemical building blocks to produce
large chemicals and structures necessary for life.
The sum total of all processes in an organism which
Catabolism break down chemicals to produce energy and simple
chemical building blocks.
Cellular respiration and Catabolic reactions
metabolism are examples
of:
Transfer of electrons that have stored energy, such as
cellular respiration
glucose, to other molecules
Respiration that involves consumption of oxygen. Yields
aerobic respiration greatest amount of ATP and is primary metabolic
pathway in the body.
anaerobic respiration Respiration that does not require oxygen
first step in releasing the energy of glucose, in which a
molecule of glucose is broken into two molecules of
Glycolysis
pyruvic acid. Can be aerobic or anaerobic; occurs in
cytoplasm
Glucose+2NAD*+2ATP+2Pi =
Equation for Gylcolysis
2 Pyruvates+2NADH+2ADP+4ATP
Glucose C6H12O6
Thorough Solutions
Save
Practice questions for this set
Learn 1 /7 Study with Learn
Converts: Fructose 1,6-Bisphosphate to Dihydroxyacetone Phosphate (DHAP) +
G3P
Choose an answer
Chemical reactions of metabolic
1 2 Aldolase
processes
3 Glycolysis 4 hydrolysis reaction
Don't know?
Terms in this set (67)
(1) redox reactions, (2) dehydration condensation
Chemical reactions of
reactions, (3) dehydration reactions and (4) hydrolysis
metabolic processes
reactions.
, Involve transfer of electrons from a substrate which is
Redox Reaction
oxidized, to another substance which is reduced
a reaction in which two molecules are covalently
dehydration/condensation
bonded to each other through loss of a water molecule
reaction
and other small molecules. Requires energy
A chemical reaction in which two molecules become
dehydration reaction covalently bonded to each other with the removal of a
water molecule.
A biomacromolecule is degraded into 2 or more
hydrolysis reaction monomers with the gain of a water molecule and
release of energy
The sum of all synthetic and degradation biochemical
Metabolism
reactions in the human body
The sum total of all processes in an organism which use
Anabolism energy and simple chemical building blocks to produce
large chemicals and structures necessary for life.
The sum total of all processes in an organism which
Catabolism break down chemicals to produce energy and simple
chemical building blocks.
Cellular respiration and Catabolic reactions
metabolism are examples
of:
Transfer of electrons that have stored energy, such as
cellular respiration
glucose, to other molecules
Respiration that involves consumption of oxygen. Yields
aerobic respiration greatest amount of ATP and is primary metabolic
pathway in the body.
anaerobic respiration Respiration that does not require oxygen
first step in releasing the energy of glucose, in which a
molecule of glucose is broken into two molecules of
Glycolysis
pyruvic acid. Can be aerobic or anaerobic; occurs in
cytoplasm
Glucose+2NAD*+2ATP+2Pi =
Equation for Gylcolysis
2 Pyruvates+2NADH+2ADP+4ATP
Glucose C6H12O6
