.
They both occur in chloroplasts.
They both require sunlight.
They both involve organic and inorganic molecules.
They both require oxygen and produce carbon dioxide.
Starch is synthesized from the glucose produced in the green areas of the leaf.
Starch is converted to chlorophyll in the green areas of the leaf.
The white areas of the leaf do not have cells.
The green areas of the leaf are heterotrophic.
The process represented is respiration and the primary source of energy for the process is the Sun.
The process represented is photosynthesis and the primary source of energy for the process is the Sun.
Process converts energy in organic compounds into solar energy which is released into the atmosphere.
This process uses solar energy to convert oxygen into carbon dioxide.
Produce food for plants by the process of photosynthesis
Provide energy for plants by the process of decay
Can rapidly reproduce and evolve
Make inorganic materials available to plants
Increased use of starch in root cells
Increased concentration of glucose in leaf cells
Decreased ATP in root cells
Decreased concentration of oxygen in leaf cells
Store information
Build proteins
Release energy from nutrients
Dispose of metabolic wastes
ATP
Glucose
DNA
Starch
Cell B lacks vacuoles while cell A has them.
DNA would not be found in either cell A or cell B.
Both cell A and cell B use energy released from ATP.
Both cell A and cell B produce antibiotics.
It manufactures its own food.
It divides by mitosis.
It transforms light energy into chemical energy.
It obtains nutrients from its environment.
Excretory - produces antibodies to fight disease-causing organisms
Digestive - produces hormones for storage and insulation
Circulatory - transports materials for energy release in body cells
Respiratory - collects waste material for digestion
The water temperature would rapidly decrease.
The process of respiration in the snail would decrease.
The rate of reproduction of the fish would be affected.
The organisms would probably survive because materials would cycle.
Paper chromatography
Gene manipulation
Dissection
Staining
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