Energy again
This is the energy currency of the body
ATP
This is where the energy is stored in ATP
In the bonds between the phosphate groups - they are negative so it takes energy to hold them together
These are the reactants in photosynthesis
H2O - water
This is the TOTAL number of ATP produced from on glucose molecule
36-38
These are the pigments that make the leaves red, yellow, and orange
Carotenoids
This is the degree of disorder or randomness in a system
Entropy
The continual breakdown and regeneration of ATP is know as this
ATP cycle
O2 - Oxygen
C6H12O6 - glucose
This is the only step of cellular respiration that happens in the cytoplasm
These are the reactants of cellular respiration
Glucose (C6H12O6)
Oxygen (O2)
This is the energy of a rock at the top of a hill
Potential Energy
This is the bond that is broken in ATP to release energy
The bond between the 2nd and 3rd phosphate groups (to make ADP + P)
In a hot, dry environment (like a desert) you would find plants that did this type of photosynthesis
CAM photosynthesis
This molecule is necessary for the COMPLETE breakdown of glucose
Oxygen
These are the products of cellular respiration
ATP
Carbon Dioxide (CO2)
Water (H2O)
This is the energy of movement
ATP is required for these 3 types of tasks
Drive metabolic reactions
Transport substances across membranes
Do mechanical work
The mesophyll cells are arranged in a ring around veins in plants with this type of photosynthesis
C4 Photosynthesis
This is the final electron acceptor in the electron transport chain
Oxygen
Other than glycolysis, all of the stages of cellular respiration occur here
In the mitochondria
This is the energy required for a chemical reaction to happen
Activation energy
What is the structure of the ATP molecule
Adenine
Ribose
3 Phosphate groups
Chlorophyll a and b
Most of the available energy in a glucose molecule is lost as this
Heat (60% of the energy)
The mesophyll cells are arranged in rows in this plants that do this type of photosynthesis
C3 Photosyntheis