Want this question answered?
The chloroplasts because they convert sunlight into energy/food that the cell needs.
Cellular respiration.
No. Sunlight is needed by plants to convert CO2 to O2.
Chloroplasts convert sunlight into potential energy. The energy is then converted into the chemical energy in the glucose molecules.
mitochondria
Chloroplasts are autotrophic because they convert sunlight into energy that cells need to survive.
The chloroplasts are the site of photosynthesis - which creates glucose with the aid of sunlight.
The chloroplasts because they convert sunlight into energy/food that the cell needs.
They convert CO2 and H2O into glucose.Energy of sunlight is used.
Chloroplast is a cell organelle meant for photosynthesis
The most abundant substance in the cytoplasm of cells is water, by a good margin. The most abundant organelle [cellular organ] by mass are ribosomes, which convert DNA into protein.
Cellular respiration.
No. Sunlight is needed by plants to convert CO2 to O2.
The mitochondria have two membranes. This is the site of cellular respiration - or energy production. This involves the conversion of glucose into ATP.
A chloroplast is a organelle within the Plant Eukaryote. It is used by plants only to convert sunlight into energy (like solar panels). They use chlorophyll to do this, which gives the plants their green color.
Chloroplasts convert sunlight into energy for cells, turning the sun's energy, water, and carbon dioxide into food, but they are only in plant cells. In the animal cell, a different process of energy production takes place. Mitochondria use cellular respiration to create energy. Glucose is your body/cells preferred source of energy. Glucose comes from saccharides (carbohydrates). The mitochondria in your cells take in glucose and process it through a series of steps in a cycle called cellular respiration, producing ATP (Adenine Triphosphate) which in turn is used as your cell's energy -- usually by cleaving of a phosphate or two in a reaction creating energy.
Chloroplasts convert sunlight into potential energy. The energy is then converted into the chemical energy in the glucose molecules.