Chloroplasts is the little cell like things inside a plant cell. There can be one or more chloroplasts in a plant cell. These help make the food for the plant. It takes the light from the sun and transfers to energy (food) for the plant. Think of it as a solar panel transferring the sun's rays into electricity to run you home. Also these chloroplast is what makes the leave's green believe it or not.
The choroplasm is a colloidal matrix that occupies the space within the chloroplast. It contains enzymes, ribosomes, and other structures necessary for photosynthesis to occur. The choroplasm helps in regulating various metabolic processes within the chloroplast.
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Photosynthesis is the processes where the chloroplast takes in sunlight to make energy rich food molecules.
Chloroplasts are an example of an organelle. Organelles are specialised subunits found in cells. Other examples of organelles are; mitochondria, endoplasmic reticulum and Golgi apparatus.
Releasing large amounts of oxygen from the chloroplast indicates that the process of photosynthesis is actively occurring. Photosynthesis is the biochemical process where plants use sunlight to convert water and carbon dioxide into glucose and oxygen. The presence of abundant oxygen production suggests that the chloroplast is efficiently utilizing light energy to drive this vital metabolic process.
no
Go get the science book and find it.
i dont really remember, but i know that the chloroplast creates food from the suns energy
The endoplasmic reticulum helps chloroplasts by synthesizing lipids and proteins that are important for chloroplast function. The Golgi apparatus processes and packages these molecules before they are transported to the chloroplasts. Mitochondria provide energy in the form of ATP that chloroplasts can use for various cellular processes.
Because we get our energy from other orgamisms and plants need chloroplast to get the energy from the sun to make their own food.
yes
In the presence of an inhibitor that prevents H from passing through ATP synthase complexes, photosynthesis processes that generate ATP would be impaired. However, other processes in the chloroplast, such as the light-dependent reactions that produce oxygen and NADPH, could still proceed as they are not directly reliant on ATP generated by ATP synthase complexes for their functioning. The overall efficiency of photosynthesis would be reduced due to the lack of ATP production.