Transcript Goal 2 Double Jeopardy

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Biomolecules
The
Cell
Energy
Respiration and
Photosynthesis
This and That
Biomolecules
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The
Cell
Energy
R and P
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Biomolecules - $200
These long chains are held
together by peptide bonds and
their sequence determines the
specific role of a protein.
Biomolecules- $400
These are made up of a 5 carbon
sugar, a phosphate group, and a
nitrogenous base.
Biomolecules- $600
CH2OH
O
H
H
H
OH
H
OH
HO
H
OH
Biomolecules- $800
Biomolecules- $1000
The Cell- $200
Organisms whose cells have a
membrane bound nucleus.
The Cell- $400
The movement of particles into
and out of a cell, moving from
areas of higher concentration to
lower concentration.
The Cell- $600
The movement of materials
against the concentration
gradient. This requires
cellular energy.
The Cell- $800
A measure of the acidity or
alkalinity of a substance.
Affects the rates of
metabolism, rates of enzymes,
and is controlled by the cell to
maintain homeostasis.
The Cell- $1000
The difference in concentration
that makes diffusion possible.
Energy - $200
Two critical factors that can
affect enzymes.
Energy - $400
Energy is stored in the chemical
bonds of this molecule
Energy - $600
The continuous process of
energy being used and stored.
This process has been compared
to a rechargeable battery.
Energy - $800
This type of respiration begins
with glycolysis and is followed
by fermentation.
Energy - $1000
The products of this type of
reaction have more energy in
their bonds than in the reactants.
This reaction requires an input
of energy.
R and P- $200
These are the three
stages of respiration.
R and P- $400
Cellular respiration is this
type of process because it
requires oxygen
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A molecule of glucose is used to
produce pyruvic acid and ATP.
This is the first stage of
respiration.
R and P- $800
A series of chemical reactions
in which pyruvic acid is
broken down into carbon
dioxide. This is the second
stage of respiration.
R and P- $1000
The process where 36 molecules
of ADP is converted to ATP and
the third stage of respiration.
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A form of anaerobic
respiration that produces ethyl
alcohol.
This and That- $400
A form of anaerobic
respiration that occurs in
muscle tissue during
exercise.
This and That- $600
The movement of water into
and out of a cell.
This and That- $800
The minimum amount of
energy that molecules must
possess in order to react.
This and That- $1000
The breaking of chemical
bonds by adding a molecule
of water.
Biomolecules- $200
What are Amino Acids?
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Biomolecules- $400
What is a Nucleotide?
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Biomolecules- $600
What is a Carbohydrate?
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Biomolecules- $800
What is Protein?
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Biomolecules- $1000
What is a Lipid?
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The Cell- $200
What is a eukaryote?
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The Cell- $400
What is diffusion?
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The Cell- $600
What is Active Transport?
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The Cell- $800
What is pH?
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The Cell- $1000
What is the Concentration
Gradient?
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Energy - $200
What is Temperature and pH?
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Energy - $400
What is ATP?
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Energy - $600
What is the ATP/ADP cycle?
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Energy - $800
What is Anaerobic Respiration?
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Energy - $1000
What is an Endothermic
Reaction?
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R and P- $200
What are Glycolysis, the Citric
Acid Cycle, and the Electron
Transport Chain?
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R and P- $400
What is Aerobic Respiration?
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R and P- $600
What is Glycolysis?
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R and P- $800
What is the Citric Acid Cycle?
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R and P- $1000
What is the Electron Transport
Chain?
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This and That- $200
What is Alcoholic
Fermentation?
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This and That- $400
What is Lactic Acid
Fermentation?
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This and That- $600
What is Osmosis?
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This and That- $800
What is Activation Energy?
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This and That- $1000
What is Hydrolysis?
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Chemical Reactions
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FINAL CATEGORY
This equation summarizes the
complete process of cellular
respiration.
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FINAL CATEGORY
C6H12O6 + 6O2
6CO2 + H2O + Energy
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