Light
Light Reactions
Everything
In-between
Calvin Cycle
Everything Else
100
A compound that absorbs light
What are pigments
100
Electrons from this restore photosystem two. The molecule not the enzyme
What is Water (two molecules)
100
Chemiosmosis uses this structure to attach Phosphorus to ADP
What is ATP synthase
100
The addition of CO2 to RuBP is this two letter term.
What is Carbon Fixation
100
This type of plant uses only the Calvin cycle to process CO2
What is C3
200
If my coat is blue this mean that this color is being reflected to my eye
What is blue
200
Excited electrons leave photosystem II and enter this.
What is primary electron acceptor
200
These are the products of the light reactions
What is NADPH, ATP
200
The product of step one in the Calvin Cylce is this three carbon organic molecule.
What is 3-PGA
200
This type of plant leave its stomata open all night but closed during the day
What is CAM
300
The are the three pigments discussed in class, they are found in photosystem 1 and 2.
What is chlorophyll a, chlorophyll b, and carotenoids
300
Electrons move through the ETC through these types of reactions
What is oxidation/reduction reactions
300
H+ from these two sources add the concentration gradient.
What is H+ from water, and H+ pumped across the thylakoid membrane using energy from electrons
300
This many G 3-P's will be reused in the Calvin Cycle for every 3 CO2's that enter the cycle
What is 5
300
It takes this many turns of the Calvin cycle to produce 6 G 3-P's, 5 of which will be reused in the Calvin Cycle.
What is 3
400
All colors in the visible spectrum have different these. Hint: think peak to peak
What are wavelengths
400
Energy lost by electrons in the ETC is used to pump these across the thylakoid membrane.
What is H+
400
This will be used to accept 2 e- and 1 H+ from the ETC.
What is NADP+
400
In stage 2 of the Calvin Cycle, this breaks a double bond to attach to 3-PGA. (be specific)
What is Phosphate group from ATP
400
This type of plant fixes CO2 into 4 carbon molecules.
What is C4
500
The absorption of light by the pigments in the photosystems is directly responsible for the excitement of this.
What are electrons
500
When light hits a photosystem the pigments absorb light which then excites electrons, which then have this type of energy?
What is Kinetic energy
500
This difference in concentration is used to power ATP synthase, which in turn attaches Phosphorus to ADP
What is concentration gradient
500
This is product of stage 2, which can then be reused in the Calvin Cycle or be used for organic molecules
What is G 3-P
500
This is the overall equation for photosynthesis
What is 6CO2 + 6H20 + Light energy yields C6H12O6 +6O2
M
e
n
u