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The substance inside chloroplasts that plays a crucial role in food making is called stroma, which contains enzymes and the necessary components for the Calvin cycle. This cycle uses carbon dioxide and water to synthesize glucose through photosynthesis. Additionally, chlorophyll, the green pigment within chloroplasts, captures light energy, essential for this process. Excretion of byproducts, such as oxygen, occurs as a result of photosynthesis.
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What is the function of the substance inside the chloroplast?
The substance is chlorophyll. They carry out photosynthesis
Compare and contrast chlorophyll and chloroplast?
Chlorophyll is a light sensitive protein complex (with pigments associated) that is found inside chloroplasts.Chloroplasts are for making the plant's food. The chlorophyll are found inside the chloroplasts. It absorbs light for photosynthesis. The chlorophyll absorbs the least green light, and this is reflected out, making the chlorophyll, chloroplasts, cells, and plants look green. The chloroplasts use all the energy from the chlorophyll to make the plant food.
The stractures in most seed plants where the food making process occurs are the?
The structures in most seed plants where the food-making process occurs are the chloroplasts. Inside the chloroplasts, photosynthesis takes place, where carbon dioxide, water, and sunlight are converted into glucose (sugar) and oxygen. These chloroplasts are mainly found in the cells of the leaves, where they capture sunlight and produce food for the plant.
What is the advantage of ammonotelic excretion over uricotelic excretion?
The advantage is that ammonia (NH3) is not converted in Ammonotelic excretion. Fish can excrete ammonia through gills because there is a lot of water to dilute it in without causing damage to their cells. In Uricotelic excretion, NH3 has to be converted to a solid form via a complex and ATP-costly route. So Uricotelic excretion takes a lot more energy than Ammonotelic excretion.
What makes a plant stem green?
Some plants have green stems because of the chloroplasts within each plant cell. Although we generally think about the leaves of a plant having chloroplasts and making 'food' for the plant- the cells of the main stem of the plant, or its branches may also have chloroplasts. Chloroplasts can be easily seen through a microscope and look like flat green disks inside the cell.
What is the function of the substance inside the chloroplast?
The substance is chlorophyll. They carry out photosynthesis
Compare and contrast chlorophyll and chloroplast?
Chlorophyll is a light sensitive protein complex (with pigments associated) that is found inside chloroplasts.Chloroplasts are for making the plant's food. The chlorophyll are found inside the chloroplasts. It absorbs light for photosynthesis. The chlorophyll absorbs the least green light, and this is reflected out, making the chlorophyll, chloroplasts, cells, and plants look green. The chloroplasts use all the energy from the chlorophyll to make the plant food.
The stractures in most seed plants where the food making process occurs are the?
The structures in most seed plants where the food-making process occurs are the chloroplasts. Inside the chloroplasts, photosynthesis takes place, where carbon dioxide, water, and sunlight are converted into glucose (sugar) and oxygen. These chloroplasts are mainly found in the cells of the leaves, where they capture sunlight and produce food for the plant.
What is the different between chlorophyll and chloroplasts?
Chlorophyll is a light sensitive protein complex (with pigments associated) that is found inside chloroplasts.Chloroplasts are for making the plant's food. The chlorophyll are found inside the chloroplasts. It absorbs light for photosynthesis. The chlorophyll absorbs the least green light, and this is reflected out, making the chlorophyll, chloroplasts, cells, and plants look green. The chloroplasts use all the energy from the chlorophyll to make the plant food.
The cell membrane and water are both involved in?
osmosis, the making of chloroplasts
Which structure in a plant cell is responsible for making food?
Chloroplasts
What is the advantage of ammonotelic excretion over uricotelic excretion?
The advantage is that ammonia (NH3) is not converted in Ammonotelic excretion. Fish can excrete ammonia through gills because there is a lot of water to dilute it in without causing damage to their cells. In Uricotelic excretion, NH3 has to be converted to a solid form via a complex and ATP-costly route. So Uricotelic excretion takes a lot more energy than Ammonotelic excretion.
What is the green substance which allows plants to make its own food?
The "green substance" is chlorophyll, a green pigment found in the chloroplasts in a leaf. Chlorophyll traps sunlight for photosynthesis- a plant's way of making food for itself using sunlight.Photosynthesis equation:sunlightcarbon dioxide + water -------------------> oxygen + glucosechlorophyll6CO2 + 6H2O ----------------> 6O2 + C6H12O6
What is the food making process that takes place in the chloroplasts of plant cells?
Photosynthesis
What is clorophyll and what is it used for?
Chlorophyll is a green pigment which is found within the chloroplasts inside plant leaves. It is responsible for the green colour of leaves. Chlorophyll is used to trap light energy which is needed for photosynthesis (the food making process in plants).
What helps the plant to make food?
Inside the plant cell are organelles called chloroplasts. This is where photosynthesis occurs (the process of making food). So, you could say that chloroplasts help the plant to make food. There is chloroplyll inside the chloroplast, which is a green pigment that absorbs the energy from sunlight. It is the absorbed energy that is used to make the food. So, you could also say that "chlorophyll" helps the plant to make food. Of course, you could also say "sunlight." DL
What makes a plant stem green?
Some plants have green stems because of the chloroplasts within each plant cell. Although we generally think about the leaves of a plant having chloroplasts and making 'food' for the plant- the cells of the main stem of the plant, or its branches may also have chloroplasts. Chloroplasts can be easily seen through a microscope and look like flat green disks inside the cell.
