PORTAGE LEARNING BIOD 101 MODULE 3 EXAM ACTUAL
QUESTIONS WITH COMPLETE SOLUTIONS VERIFIED GRADED
A+
Glycolysis equation
Glucose + 2NAD+ + 2ATP + 2ADP + 2 Pi -> 2 pyruvates + 2NADH + 2ADP + 2ATP
Name 4 Metabolic Process Chemical Reactions
Redox, Dehydration Condensation, Dehydration, Hydrolysis
Redox reaction is a type of ______.
Redox reaction is a type of Metabolic Process Chemical Reaction.
A redox reaction has ______ steps.
A ______ reaction has 2 steps.
A redox reaction's first step is ______.
A ______ reaction's first step is oxidation.
A redox reaction's second step is ______.
A ______ reaction's second step is reduction.
A reduction refers to ______.
A ______ refers to reduced charge by adding a negative electron.
OILRIG
Oxidation is loss, reduction is gain (of electrons).
Dehydration Condensation Reaction is a type of ______.
Dehydration Condensation Reaction is a type of Metabolic Process Chemical Reaction.
Dehydration Condensation Reaction requires an ______ of energy.
_______ Reaction requires an input of energy.
Dehydration Condensation Reaction occurs when ______ or more monomers are
joined together.
______ Reaction occurs when 2 or more monomers are joined together.
,After 2 or more monomers are joined together in a Dehydration Condensation
Reaction, a molecule of ______ is lost.
After 2 or more monomers are joined together in a ______ Reaction, a molecule of
water is lost.
True or False: In a Dehydration Condensation Reaction, water is the only type of
molecule that can be lost.
False.
Name 3 molecules other than water that can be lost in a Dehydration
Condensation Reaction.
Hydrogen chloride, methanol, or acetic acid.
Dehydration Reaction is a type of ______.
______ is a type of Metabolic Process Chemical Reaction.
Dehydration Reaction is a subset of ______ reactions.
_______ is a subset of dehydration condensation reactions.
In a dehydration reaction, monomers join to form ______.
In a ______ reaction, monomers join to form polysaccharides.
In a dehydration reaction, the only molecule lost is ______.
In a ______ reaction, the only molecule lost is water.
Hydrolysis Reaction is a type of ______.
______ is a type of Metabolic Process Chemical Reaction.
During Hydrolysis, a biomacromolecule is ______ into two or more monomers.
During ______, a biomacromolecule is degraded into two or more monomers.
During Hydrolysis, a ______ is degraded into two or more monomers.
During Hydrolysis, a biomacromolecule is degraded into two or more ______.
During Hydrolysis, a molecule of water is ______.
During ______, a molecule of water is gained.
Hydrolysis results in the _____ of energy.
Hydrolysis results in the released of ______.
______ results in the release of energy.
Hydrolysis results in _______.
, Metabolism is the ______ of all synthetic and degradation biochemical reactions
in the human body.
______ is the sum of all synthetic and degradation biochemical reactions in the human
body.
Metabolism is the sum of all ______ and ______ biochemical reactions in the
human body.
Metabolism is the sum of all synthetic (built up) and degradation (broken down)
biochemical reactions in the ______.
Metabolic reactions can occur in the context of ______ or ______ biochemical
reactions.
_______ reactions can occur in the context of anabolic or catabolic biochemical
reactions.
Anabolism is the ____ of all the synthetic (built up) energy-requiring biochemical
reactions.
______ is the sum of all the synthetic (built up) energy-requiring biochemical reactions.
Anabolism is the sum of all the ______ (______) energy-requiring biochemical
reactions.
Anabolism is the sum of all the synthetic (built up) ______-requiring biochemical
reactions.
In the context of Anabolism, energy may be required to build complex molecules
such as ______.
In the context of Anabolism, ______ may be required to build complex molecules such
as proteins.
______ is the sum of all energy-releasing degradation (broken down) biochemical
reactions.
Catabolism is the sum of all energy-______ degradation (broken down) biochemical
reactions.
Catabolism is the sum of all energy-releasing ______ (______) biochemical
reactions.
Catabolism is the _______ of all energy-releasing degradation (broken down)
biochemical reactions.
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