ATP, NADH, and CO2
Chloroplasts do not produce energy.They convert light energy into chemical energy.
it converts sunlight energy into chemical energy
Chloroplasts convert sunlight into potential energy. The energy is then converted into the chemical energy in the glucose molecules.
They are energy transformers. They convert light energy to chemical energy
In order to perform photosynthesis, plants must capture light energy. To do this they use chlorophyll. The plant cells which are responsible for photosynthesis contain organelles called chloroplasts which are rich in chlorophyll.
It is the Chloroplasts, or plastids, that capture light energy and convert it to chemical energy.
Chloroplasts do not produce energy.They convert light energy into chemical energy.
it converts sunlight energy into chemical energy
chloroplasts
chloroplasts
The Chloroplasts
Chloroplasts
Chloroplasts convert sunlight into potential energy. The energy is then converted into the chemical energy in the glucose molecules.
The human body is unable to convert the sun's energy to carbohydrates because it has no photosynthetic structures.Plants do have such structures, called chloroplasts, which contain chlorophyll, which is a photosensitive chemical which transforms energy from light into chemical energy to help break water into hydrogen and oxygen, and break carbon dioxide into carbon and oxygen, so they can re-combines into assemblages of carbon, hydrogen, and oxygen, otherwise known as carbohydrates.
They are energy transformers. They convert light energy to chemical energy
The chloroplasts in the cells of photosynthetic autotrophs convert solar energy into chemical energy.
In order to perform photosynthesis, plants must capture light energy. To do this they use chlorophyll. The plant cells which are responsible for photosynthesis contain organelles called chloroplasts which are rich in chlorophyll.