Who wants to be a millionaire template

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Who Wants To Be A Millionaire? Photosynthesis
Group 3 Period A Due Oct 28, 2005
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For 100
A fruit
Process in plants
A
B
Process in animals
Lunch
C
D
3
B) Process in plants
4
For 200
Palm Tree
Christmas Tree
A
B
Corn
A bomb
C
D
5
C) Corn
6
For 300
Lamallae
stroma
A
B
Grana
cuticles
C
D
7
C grana
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What animal was used in Joseph Priestlysexperime
nt in 1771?
For 500
Bird
Mouse
A
B
Frog
Mole
C
D
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B) Mouse
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For 1000
Anthocyanins
xanthophylls
A
B
Beta-carotene
Chlorophyll A
C
D
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A) Anthocyanins
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For 2000
Energy is directly used in photosynthesis.
Stores the energy for later.
A
B
Uses the energy collected in a process that will
make carbon dioxide.
Transfers the energy to chlorophyll A.
C
D
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D) Transfers the energy to chlorophyll A
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For 4000
Low amounts of CO2 cause the plant cell to make
photosynthesis occur faster
High concentrations of CO2, decreases the rate of
photosynthesis.
A
B
The concentration of C02 does not affect the rate
of photosynthesis
High CO2 concentrations will increase the rate
photosynthesis
C
D
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C) High CO2 concentrations will increase the rate
photosynthesis
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For 8000
Plastoquinone, plastocyanin, ferredoxin
Chlorophyll A, Ferredoxin, ubiquinone
A
B
Plastoquinone, ubinquinone, cytochrome C
Ferredoxin, Plastocyanin, ubiquinone
C
D
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A) Plastoquinone, plastocyanin, ferredoxin
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For 16,000
CAM plants open stomata during the night and
close them during the day
C4 plants open stomata during the night and close
them during the day
A
B
C4 plants gather carbon dioxide during the night
for the Calvin Cycle.
CAM plants move carbon dioxide from mesophyll to
bundle-sheaths
C
D
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A) CAM plants open stomata during the night and
close them during the day
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For 32,000
Protons, thylakoid lumens, chemiosmosis
Electrons, cytoplasm, ATP synthase
A
B
Protons, ferredoxin, chemiosmosis
Protons, plastocyanin, photosystem I
C
D
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A) Protons, thylakoid lumens, chemiosmosis
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For 64,000
PGAL is converted into glucose, and then into
sucrose, where it can translocated to other parts
of the cell for use.
PGAL released can be stored And saved for later
use in the Calvin cycle
A
B
PGAL that comes straight from the Calvin cycle,
can be immediately used to produce energy.
The PGAL that is released, is thrown out by the
cell as waste.
D
C
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B) PGAL is converted into glucose, and then into
sucrose, where it can translocated to other parts
of the cell for use.
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For 125,000
Cholera, aerobic, oxygen
Spirogyra, aerobic, carbon dioxide
A
B
Cholera, anaerobic, carbon dioxide
Spirogyra, aerobic, oxygen
C
D
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D) Spirogyra, aerobic, oxygen
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For 250,000
Photosystem II is only used, where electrons help
to pump hydrogen ions, in order to help make ATP.
Electrons start from photosystem I and are passed
on to ferredoxin, and help generate NADPH.
A
B
Photosystem I ejects an electron, that goes
through the Q cycle, and b6-f complex, which
pumps hydrogen ions for ATP synthesis.
Photosystem ejects electrons that go through the
chain, which help to produce ATP and FADH2.
C
D
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C) Photosystem I ejects an electron, that goes
through the Q cycle, and b6-f complex, which
pumps hydrogen ions for ATP synthesis.
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For 500,000
There is a relationship between heterotrophs and
autotrophs, and how they are dependent on one
another.
Plants undergo photosynthesis to make energy, for
animals to use in cellular respiration.
B
A
Plants undergo photosynthesis in order to produce
oxygen, so that other organisms can survive.
Heterotrophs make molecules with potential
energy, which is used in respiration, for
themselves and autotrophs.
C
D
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A) There is a relationship between heterotrophs
and autotrophs, and how they are dependent on one
another.
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For 1,000,000
Chlorophyll A has an aldehyde group and
chlorophyll B has a methyl group
Chlorophyll A has an amino group, and chlorophyll
B has a phosphate group
A
B
Chlorophyll B has a aldehyde group and
chlorophyll A has a methyl group
Chlorophyll B has a ketone group and chlorophyll
A has a hydroxyl group
C
D
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C) Chlorophyll B has a aldehyde group and
chlorophyll A has a methyl group
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Great Job!!!!
Thank you for playing!