They are autotrophs, so they produce their own foods from nonliving sources. Like all plants the Chrysanthemum belliam main source of food is glucose, a simple carbohydrate. This simple carbohydrate (with its waste product oxygen) is a product of photosynthesis. In simple terms, photosynthesis is using the sun’s light energy to produce food - glucose. However, it’s a much more complex chemical reaction than that description. The process, which takes place in the chloroplast, uses solar energy to convert carbon dioxide and water into glucose and oxygen. Another reaction ongoing in the chloroplast is the Calvin cycle, which is how the plant produces 3-carbon carbohydrates from carbon dioxide molecules using energy sources, ATP and NADPH. The processes of photosynthesis and Calvin cycle taking place in the Chrysanthemum belliam’s cells are also powered by adenosine triphosphate (ATP), an energy molecule. The production of ATP is another complex reaction, called cellular respiration. It is broken into three processes that fulfill a distinct role and they release ATP as an outcome. The first process is glycolysis; it occurs in the cytosol and breaks down
They are autotrophs, so they produce their own foods from nonliving sources. Like all plants the Chrysanthemum belliam main source of food is glucose, a simple carbohydrate. This simple carbohydrate (with its waste product oxygen) is a product of photosynthesis. In simple terms, photosynthesis is using the sun’s light energy to produce food - glucose. However, it’s a much more complex chemical reaction than that description. The process, which takes place in the chloroplast, uses solar energy to convert carbon dioxide and water into glucose and oxygen. Another reaction ongoing in the chloroplast is the Calvin cycle, which is how the plant produces 3-carbon carbohydrates from carbon dioxide molecules using energy sources, ATP and NADPH. The processes of photosynthesis and Calvin cycle taking place in the Chrysanthemum belliam’s cells are also powered by adenosine triphosphate (ATP), an energy molecule. The production of ATP is another complex reaction, called cellular respiration. It is broken into three processes that fulfill a distinct role and they release ATP as an outcome. The first process is glycolysis; it occurs in the cytosol and breaks down