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The energy produced by energy producing organelles help the rest of the cell's organelles operate normally. The rest of the organelles use the energy (ATP) to do their normal daily functions.
Chloroplasts in plant cells use the energy in light to produce sugar.
Mitochondria are organelles that convert food into energy.
They use organelles and sub-organelles, as they are eukaryotic.
ribosomes
The energy produced by energy producing organelles help the rest of the cell's organelles operate normally. The rest of the organelles use the energy (ATP) to do their normal daily functions.
chloroplasts
The mitochondria.
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.
Chloroplasts in plant cells use the energy in light to produce sugar.
Mitochondria are organelles that convert the chemical energy stored in food into compounds that are more convenient for the cell's use.
Cell organelles may be separated according to their densities by the use of centrifugation.
Cytoskeleton anchors the organelles. Cytoskeleton is spreaded throughout the cell.
The mitochondria and chloroplasts. The mitochondria makes ATP that is then used in cell processes and chloroplasts use light energy to make carbohydrates that can be used for energy by the cell
The cytoskeleton.
Cells use the energy provided by ATP in a number of ways. One was is active transport. many cell membranes contain a sodium-potassium pump that moves sodium ions (Na) out of the cell and potassium ions (K) into it. ATP also powers movement within the cell. Cell organelles are moved along microtuble by motor proteins that use the energy of ATP to generate force. When enough ATP is available, the organelles moves quickly along the microtuble.