When a cell has energy available, it can store small amonts of energy by adding a third phosphate group to ADP, producing ATP.
I got this answer from my textbook (9th grade). It is 100% right.
When a cell has energy available, it can store small amonts of energy by adding a third phosphate group to ADP, producing ATP. I got this answer from my textbook (9th grade). It is 100% right. :D
A single molecule of the sugar glucose stores more than 90 times the chemical energy of a molecule of ATP. Therefore, it is more efficient for cells to keep only a small supply of ATP on hand. Cells can regenerate ATP from ADP as needed by using the energy in foods like glucose.
Animal cells store glucose as a polysaccharide called glycogen. Glycogen serves as a readily available energy source that can be broken down into glucose when the cells need energy.
Inside a cell, the mitochondria are the organelles which release and store the largest amounts of energy. If you are referring to a biological substance, the correct answer is fats, or lipids. Please make your questions more specific next time to make it easier for us.
Glycogen is stored in the liver and muscles in the human body. The liver typically stores about 100g of glycogen, while the muscles can store varying amounts depending on muscle mass and exercise level.
Cells can store small amounts of excess energy in the form of ATP or adenosine triphosphate molecules. ATP acts as a temporary energy carrier within the cell, providing energy for various cellular processes. When cells have excess energy, they can convert it into ATP through processes like cellular respiration.
When a cell has energy available, it can store small amonts of energy by adding a third phosphate group to ADP, producing ATP. I got this answer from my textbook (9th grade). It is 100% right. :D
When a cell has energy available, it can store small amonts of energy by adding a third phosphate group to ADP, producing ATP. I got this answer from my textbook (9th grade). It is 100% right. :D
Please note that, as with all potential energy, that a "falling" electron will provide energy, while "raising" them back to their previous level requires the same amount of energy. It's not really a source of energy, just a way to store small amounts of energy.Please note that, as with all potential energy, that a "falling" electron will provide energy, while "raising" them back to their previous level requires the same amount of energy. It's not really a source of energy, just a way to store small amounts of energy.Please note that, as with all potential energy, that a "falling" electron will provide energy, while "raising" them back to their previous level requires the same amount of energy. It's not really a source of energy, just a way to store small amounts of energy.Please note that, as with all potential energy, that a "falling" electron will provide energy, while "raising" them back to their previous level requires the same amount of energy. It's not really a source of energy, just a way to store small amounts of energy.
A rechargeable battery is a device that can store large amounts of electricity when it is unplugged. These batteries store energy chemically and convert it to electrical energy when needed.
fats
the answer is lipids
control the flow of current..
Small amounts of the chemical Sodium Carbonate, available at your local pool store usually packaged under a name like pH up or pH increaser.
Triglycerides, which are a type of lipid molecule, are used to store large amounts of energy in the form of long-term fuel reserves in the body. They are found in fats and oils and can be broken down through metabolism to release energy for various cellular processes.
Animals store only a small amount of energy in their body tissues because most is used for a life processes.
Batteries are devices that store large amounts of energy through chemical reactions. Their molecules are designed to spread out as much as possible to maximize energy storage capacity.