Chloroplast is a cell organelle meant for photosynthesis
A chloroplast is a plant cell organelle that contains chlorophyll, which is how plant cells preform cellular respiration, or get energy.
Chloroplasts are the structures in the cells of plants and algae where photosynthesis takes place.
A chloroplast is the part of the plant cell where sunlight is used to convert carbon dioxide and water into simple sugars for food. Basically where photosynthesis happens.
what is nucleus
choloplast
The thing inside the choloplast is called chlorophyll
choloplast has chorophyll pigment which is responsible for occurance of photosynthes
Chloroplasts are found in plant cells, but not in animal cells.
The function of chloroplast is that it captures light energy which causes photosynthesis of water to conserve free energy in the form of glucose which the plants use for food. K ByeBye
1. Choloplast in the living cell (preferably leaf palisade) 2. Sunlight 3. CO2 from the air or from self respiration 4. Water and 5. Fertile soil around the root zone of that plant
A chloroplast is neither, because it is in a cell. Prokaryotic means that there is no cell organization, which are bacteria, and a chloroplast is again not its own cell, so it can't be that. Eukaryotic means it has a nucleus that stores the DNA. The chloroplast can be found in both of these types of cells, but it can't be either of them because it doesn't have its own DNA.
the function of the choloplast is to carry out photosynthesis
Mitochondria would be the analogues counterpart to a chloroplast. Both are intracellular organelles present in eukaryotic organisms. Both are believed to have an ancestral background of being engulfed bacteria that formed a symbiotic relationship with their hosts. Both are very membranous organelles that produce ATP, an energy molecule, for the cell. Chloroplasts accomplish this by photosynthesis while mitochondira accomplish it through respiration.
The chloroplast is the part of the plant that contains chlorophyll.
Mitochondria and Chloroplasts are generally accepted as once being prokaryotes that moved into eukaryotes and formed an endosymbiotic relationship. However, the person who first suggested this theory also suggested that the eukaryotic flagella was once a highly motile bacteria as well, that has lost all of its genes to the nucleus instead of only some, as in mitochondria and chloroplasts. This is not widely accepted though.
Plants, at a minimum, require water, carbon dioxide, and light to make "food" (starch). In practice, to make "human food" they also need nitrogen, phosphorous, sulfur, and about 16 trace elements.Read more: What_materials_are_needed_by_plant_to_'make_food'