Chemical energy is getting electricity from a chemical reaction. This can happen in batteries and fuel cells.
The kind of energy stored in chemicals. Food, fuels and batteries all contain chemical energy.
energy stored on the chemical bonds of molecules.
Energy that is released by a chemical reaction.
is the energy set free in a chemical reaction. It is a form of potential energy and results from the making and breaking of chemical bonds.
Chemical energy is generated from chemical reactions in which the chemical bonds of a substance are broken and rearranged to form new molecules that can provide energy. Chemical energy can be transformed into thermal energy, mechanical energy, and electrical energy. Respective examples of these conversions include burning wood, digestion of food, and the chemical process used in nuclear power plants.
A kind of energy that is stored in matter- the ability to move, think, grow, etc.
The energy liberated in a chemical reaction, as in the combustion of fuels.
energy that is stored in your body and in molecules
Energy that is the result of a chemical reaction or chemical change.
The energy generated when a chemical compound combusts, decomposes, or transforms to produce new compounds.
energy inherent in the chemical bonds which hold molecules together. Examples are coal and oil, which have energy potential that is released upon combustion.
See Chemical potential energy.
Energy consumed or produced in chemical reactions.
Energy produced or absorbed in the process of a chemical reaction. In such a reaction, energy losses or gains usually involve only the outermost electrons of the atoms or ions of the system undergoing change; here a chemical bond of some type is established or broken without disrupting the original atomic or ionic identities of the constituents. Chemical changes, according to the nature of the materials entering into the change, may be induced by heat (thermochemical), light (photochemical), and electric (electrochemical) energies.
