Actually, Carbohydrates, lipid and proteins can be used to be broken down into ATP. However, Carbohyrates are most commonly used because it yeilds more molecules of ATP.
Mitochondria
mitochondria
mitochondria
The process is almost identical to the process animals use. The plantc cells break down simple sugars in the cytosol, and use the chemical energy that is released to phosphorylate short-term energy storage molecules. These molecules move to the mitochondrion, where they give their energy to an electron transport system that generates ATP, which is the molecule that provides energy for most of the reactions that happen in the cell. The difference between plants and animals is that animals have to eat sugars to power respiration, and plants create them using photosynthesis.
yes,mitochondrion is common to both plants and animals because it is the power house of the cell.Hence it is found in all types of cells.
Plants take in carbon dioxide from the atmosphere to begin the Calvin cycle. They also use ATP (adenosine triphosphate) and NADPH (nicotinamide adenine dinucleotide phosphate) molecules, which are generated during the light-dependent reactions of photosynthesis, to power the Calvin cycle.
The Mitochondria is found in both the animal and plant cells. They are the "power house" of the cell. They create energy.
mitochondria
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Mitochondria
Mitochondria
It is an organelle called the mitochondria
It is an organelle called the mitochondria
They are the power plants that drive the cells by producing ATP.
The process is almost identical to the process animals use. The plantc cells break down simple sugars in the cytosol, and use the chemical energy that is released to phosphorylate short-term energy storage molecules. These molecules move to the mitochondrion, where they give their energy to an electron transport system that generates ATP, which is the molecule that provides energy for most of the reactions that happen in the cell. The difference between plants and animals is that animals have to eat sugars to power respiration, and plants create them using photosynthesis.
Molecules are made of cells, and cells are made up of atoms. So no, a cell is NOT bigger. Least to greatest size- atoms, cells, molecules No. Cells are not made of atoms. Molcules are larger than cells, but smaller than atoms. Atoms go to 10 to the negative tenth power. Molecules go to 10 to the negative ninth power. And cells go to 10 to the negative fith power.
Chlorophyll exists only in plants. Because nature have given the power of photosythesis to plants only
Blenders plug into electrical outlets in your home so have AC current. That electricity may come from wind power, nuclear power plants, coal power plants, solar cells, hydroelectric plants or a combination of the above.
Mitochondrions store power in animal cells for later use. However, plants have chloroplasts to store energy.