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A solar cell takes in the sun's light then stores it as chemical energy. Then when it is dark, it lets light out using this stored chemical energy.
Chemical energy into light energy more specifically i.e. dry cell converts chemical energy into electrical energy flashlight converts electrical energy into light energy
Chloroplast
It provides the energy cells need to survive.
They have membrane-bound structures and prokaryotic are cells that don't have membrane-bound structures.
The chloroplast converts light energy into chemical energy in a photosynthetic cell, such as a plant cell or algal cell.
In a eukaryotic cell, the mitochondria make chemical energy found in glucose molecules available for use by the cell.
A solar cell takes in the sun's light then stores it as chemical energy. Then when it is dark, it lets light out using this stored chemical energy.
Chemical energy into light energy more specifically i.e. dry cell converts chemical energy into electrical energy flashlight converts electrical energy into light energy
In eukaryotic cells the mitochondria extract energy from glucose using it to make ATP, which the other parts of the cell use as their energy source.
In eukaryotic cells the mitochondria extract energy from glucose using it to make ATP, which the other parts of the cell use as their energy source.
In eukaryotic cells the mitochondria extract energy from glucose using it to make ATP, which the other parts of the cell use as their energy source.
It is the chloraplast
photosynthesis converts the light energy from the sun into chemical energy for use by the cell.
CHLOROPLASTS trap light energy and convert it into the chemical bond energy of sugar.
Chloroplast
The chloroplast which contains chlorophyll.