Cell Energy
REVIEW
THIS
Is Cell
Energy
Organelle
Structures
Calvin
Cycle
Glycolysis
Krebs
Cycle
Leaf
Structures
Light
Reactions
100
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200
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300
300
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400
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500
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500
It is the organelle in
which photosynthesis
takes place.
A 100
What is the
chloroplast?
A 100
It is the pancake-like sac
structure in the grana that
is the location of the light
reactions.
A 200
What is the thylakoid?
A 200
This molecule makes up
much of the membranes
associated with the
chloroplast and
mitochondrion.
A 300
What is a
phospholipid?
A 300
It is the name given to
the collection of all the
stacks of thylakoids
within the chloroplast.
A 400
What is the
grana?
A 400
This is the advantage
of the membrane folds
that make up the
cristae.
A 500
What is increase
surface area for
chemical reactions?
A 500
It is another name
for the Calvin cycle.
B 100
What is “The Light
Independent
Reactions or “The
Dark Reactions”
B 100
The Calvin cycle
happens here in the
chloroplast.
B 200
What is the stroma?
B 200
During the Calvin cycle,
this is done to the
element Carbon.
B 300
What is fixed or
made organic?
B 300
It is a three-carbon compound
that not only keeps the Calvin
cycle going, but can be used to
form organic compounds such
as glucose.
B 400
What is G3P (PGAL)?
B 400
The enzyme needed to
catalyze the reaction
that first incorporates
CO2 into a six carbon
sugar by bonding it to
RuBP.
B 500
What is Rubisco?
B 500
It is the location in the
cell of Glycolysis.
C 100
What is the cytosol?
C 100
It is the total net
production of ATP
from one glucose
molecule.
C 200
What is a total of two
molecules?
C 200
It is the name used to
describe a process such
as Glycolysis that does
not require oxygen.
C 300
What is anaerobic?
C 300
DAILY
Place A Wager
DOUBLE
C 400
They are the end
product molecules of
Glycolysis.
C 400
What are two
molecules of pyruvic
acid (pyruvate)?
C 400
It is a compound
produced in Glycolysis
that is needed by the
Electron transport
system in the
mitochondrion.
C 500
What is NADH?
C 500
It is the carbon
compound given off from
Krebs cycle that becomes
cellular waste in animals.
D 100
What is CO2?
D 100
It is the total number of
ATP molecules produced
from one turn of
the Krebs Cycle.
D 200
What is one?
D 200
Pyruvic acids must be
converted to this
compound before it can
be used by the Krebs
cycle.
D 300
What is Acetyl-CoA?
D 300
It is first compound
produced at the start of
the Krebs Cycle.
D 400
What is citric acid
(citrate)?
D 400
They are the two compounds that
are produced during the Krebs
cycle and needed by the Electron
Transport system.
(Hint: They are electron and
proton carriers.)
D 500
What are NADH
and FADH2 ?
D 500
The uppermost and
lowermost layer of leaf cells.
E 100
What are the epidermal cells?
E 100
It is the outer covering of
wax.
E 200
What is cuticle layer
(cutin layer)?
E 200
It is the layer in the
leaf with many air
spaces.
E 300
What is the spongy
mesophyll?
E 300
The “tubes” in the leaf vein
that carry water and sugars.
E 400
What are the xylem
and phloem?
E 400
These cells surround the leaf vein
and are the location of the 4
carbon compounds of C4
photosynthesis that store carbon
dioxide.
E 500
What are the bundle
sheath cells.
E 500
Chlorophyll does this to green
light, which causes some plants to
appear green.
F 100
What is reflects?
F 100
A collection of pigments & other
molecules made up of Chlorophyll
a and accessory pigments.
F 200
What are
photosystems?
F 200
This is a quantum or
elementary particle of light.
F 300
What is a photon?
F 300
Molecules produced during the
light reactions to power the
Calvin cycle.
F 400
What are ATP and
NADPH?
F 400
This process exploits a
concentration gradient of
protons to produce ATP
molecules.
F 500
What is
chemiosmosis?
F 500
The Final Jeopardy Category is:
Krebs Cycle
Please record your wager.
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It is the four-carbon
compound that bonds to a
2 carbon acetate molecule
(from acetyl-CoA) to form
citric acid (citrate) at the
start of Krebs cycle.
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What is Oxaloacetate
(Oxaloacetic acid)?
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