Where is the energy in a polysaccharride stored?

Answer 1

In the chemical bonds of its monomers.

Answer 2

the energy is contained in the carbon to carbon and carbon to hydrogen bonds of a polysaccharide and hence when they are broken down by means of dehydration reactions (i.e. by removing a water molecule) the bonds broken give off energy, which is the energy converted to ATP

Answer 3

In all carbohydrates (sugars), energy is derived from bonds between oxygen and hydrogen. When these bonds are broken, via a process commonly called "oxidation," hydrogen is released. Organisms essentially then use the electron of hydrogen as energy.

Answer 4

In the case of potential energy, such as this case, the energy is stored in the relationship between different objects, not in the objects themselves. For example, some of the atoms might be strongly attracted to oxygen, and the molecule as a whole might react with it; in this case, the polysaccharide and the oxygen molecules, separately, have more energy than when combined.

Answer 5

The situation is the same as with any other chemical compound. The chemical energy, which is a type of potential energy, is not stored in any one particular place; rather, it is defined by the relationship between the atoms. That is, the sugar and the oxygen separately have more energy than when they are combined.

Answer 6

The energy in a polysaccharide is stored in the chemical bonds between the sugar molecules that make up the polysaccharide. When these bonds are broken through digestion, the energy is released and can be used by the body for various metabolic processes.

Answer 7

Energy is stored in the bonds. Chemical bond hold energy

Answer 8

in a bond between atoms

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