Calvin Cycle
Thylakoid
After Calvin Cycle ADP and NADP+ are transported back to the ___________ to be re-energized
Maple, most flowers, grass, and Oak trees
Examples of C3 plants
Corn, tropical grasses, and Sugar Cane
Examples of C4 Plants
Cactus, succulents, pineapple, agave
Examples of CAM plants
Stomata
How does CO2 enter a leaf?
6
How many CO2 molecules are needed to make 1 glucose molecule?
C3
Most plants are classified as ___________ plants
9 ATP, 6 NADPH and 3 CO2
Per G3P the Calvin Cycle uses
18 ATP, 12 NADPH and 6 CO2
Per Glucose the Calvin cycle uses
C4
These plants change the location of Calvin Cycle in a Leaf to help conserve water
CAM
These plants convert CO2 to an acid during the night then close their stomata during the day to conserve water and use the Carbon based acid to perform the Calvin Cycle
RuBP
What is the 5 Carbon structure that binds with CO2 at the beginning of the Calvin Cycle?
Calvin Cycle
What is the best title of the picture?
Light dependent reaction
What is the best title of the picture?
Photosynthesis
What is the best title of the picture?
G3P (A 3 carbon sugar)
What is the direct product of the Calvin Cycle using 3 CO2 molecules?
Chlorophyll
What is the primary pigment used in photosynthesis and is why plants are green?
Cartenoid
What pigment is left in leaves in the fall and is seen when leaves change colors to yellow, orange, and red?
Guard Cells
What regulates the opening and closing of the Stomata?
Anabolic
What type of reaction is the Calvin Cycle?
Hypertonic
When the guard cells are in __________ solutions the stomata closes
Hypotonic
When the guard cells are in __________ solutions the stomata opens
Light Dependent Reaction
Where do ATP and NADPH (the energy needed for the Calvin Cycle) come from?
Air
Where does the CO2 needed for the Calvin Cycle come from?
Stroma
Where does the Calvin Cycle occur?
