- CO? concentration
- Water availability
- Light intensity
- Enzyme activity
Category: BIOENERGETICS
- Decreased yield
- Slower ATP production
- Faster respiration
- Increased plant growth
- CO? is maximized
- O? is no longer needed
- Photosynthesis equals respiration
- Water uptake stops
- Stops
- Decreases
- Increases then plateaus
- Becomes anaerobic
- Increase endlessly
- Decrease due to photoinhibition
- Remain constant
- Stop water absorption
- Enhancing ATP synthase
- Increasing photorespiration
- Inhibiting enzyme function
- Increasing chlorophyll
- High light
- Low chlorophyll
- Water deficiency
- Excess O?
- Halt electron flow
- Inhibit chlorophyll
- Reduce Rubisco specificity
- Have no effect
- Increase in CO? usage
- Increase in water absorption
- Decrease in glucose production
- Increase in oxygen output
- Unaffected
- Slowed
- Accelerated
- Absent
- Increased CO? uptake
- Increased H?O loss
- Decreased internal CO?
- ATP gain
- Light provides CO?
- Light provides electrons
- Light supplies heat
- Light reduces stomatal opening
- Decreased O? output
- Increased transpiration
- Increased photosynthetic rate
- Reduced water uptake
- During the day
- At night
- In dry conditions only
- Randomly
- Light to sound
- Water to glucose
- Light energy to chemical energy
- Oxygen to carbon dioxide
- CO?
- ATP
- Light
- NADPH
- No further O? used
- No further increase in photosynthesis
- All CO? converted
- Leaves stop absorbing light
