Biology Energy – Cellular Respiration and Photosynthesis
ATP
Balanced Cellular Respiration Equation
Balanced Photosynthesis Equation
Cellular Respiration Chemical
Conversion
Cellular Respiration in Words
Cellular Respiration Inputs/Materials
Cellular Respiration Rates
Chloroplasts
Enzymes
Food
Mitochondria
Mitochondria and Cellular Respiration
Rate
Photosynthesis and Cellular
Respiration Differences
Photosynthesis and Cellular
Respiration Similarities
Photosynthesis Energy Conversion
Photosynthesis Energy Source
Photosynthesis in Words
Photosynthesis Rates
Plant Growth
Sun’s Role
Provides useable energy for the work of the cell.
1C6H12O6 + 6O2 → 6CO2 + 6H2O + ATP
Light + 6CO2 + 6H2O → 1C6H12O6 + 6O2
Glucose and Oxygen to Carbon Dioxide and Water
Converting stored, potential energy (food/glucose) to useable
energy (ATP)
Glucose (C6H12O6) and Oxygen (O2)
More Inputs = More Outputs
Less Inputs = Less Outputs
(Inputs: Glucose, Oxygen)
(Outputs: ATP, Carbon Dioxide, Water)
Location in plant cells where plants make their own food
(glucose).
Enable reactions to go faster/easier and reduce the amount of
energy needed for reaction.
Molecules that contain energy that an organism can use.
Location in plant and animal cells where energy is converted
and released from food (glucose).
More Mitochondria = More Energy = More Work Done
Less Mitochondria = Less Energy = Less Work Done
P Starts with CO2, CR Ends with CO2
P Starts with H2O, CR Ends with H2O
CR Starts with C6H12O6, P Ends with C6H12O6
CR Starts with O2, P Ends with O2
Same Chemicals: C6H12O6 ,CO2, H2O, O2
Transforms Energy from One Form to Another
Occurs at Cellular Level
Light (kinetic energy) to Glucose (potential energy)
Light
Capturing light energy and converting it to stored, potential
energy as food (glucose)
More Inputs = More Outputs
Less Inputs = Less Outputs
More Light Energy = More Photosynthesis
Less Light Energy = Less Photosynthesis
(Inputs: Light, Carbon Dioxide, Water)
(Outputs: Glucose, Oxygen)
More Light = More Growth = More Ph. Outputs
Less Light = Less Growth = Less Photosynthesis Outputs
More P Inputs = More Growth = More Photosynthesis Outputs
Less P Inputs = Less Growth = Less Photosynthesis Outputs
Light → Photosynthesis → Food/Glucose
Energy Input → Energy Capture → Energy Conversion