Potential energy can be thought of as energy stored within a physical system. This energy can be released or converted into other forms of energy, including kinetic energy.
Potential energy (U, or Ep), a kind of scalar potential, is energy by virtue of matter being able to move to a lower-energy state, releasing energy in some form.
Potential energy is energy that is stored in matter. For example, a ball located at the top of a hill will roll down the hill. Due to it's position, it has more potential than an identical ball located at the bottom of the hill.
potential energy
The energy stored by matter as a result of its location or spatial arrangement.
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Potential energy, as the name implies, is energy that has not yet been used, thus the term potential. Kinetic energy is energy in use (or motion). A tank of gasoline has a certain potential energy that is converted into kinetic energy by the engine.
potential energy Stored energy that is latent but available for use. A rock poised at the top of a hill or water stored behind a dam are examples of potential energy.
E. potential energy
The Biology Project
Department of Biochemistry and Molecular Biophysics
University of Arizona
Wednesday, September 25, 1996
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The batteries are used, giving up their potential energy until it has all been converted into kinetic energy and heat/unusable energy. Recharged batteries (into which energy has been put) can be used only after the input of additional energy.
Using the first principle of physics, investigators could determine the interacting potential energy's exact formula among the atoms of a protein's amino acids with their environment in solution.
to supply all its energy needs from the potential energy stored in glucose and
manufactures all of its organic molecules using the carbon atoms in glucose.
NH4Cl and MgSO4 supply the nitrogen and sulfur atoms needed to synthesize proteins.
A conjugated moment derives from the difference between the kinetic energy and the potential energy in relation to an integral coordinate.
However, for large molecules, solving for the desired pulse shape analytically is too difficult: the calculations are too complex and the relevant characteristics (the potential energy surfaces of the molecules) are not known precisely enough.
 See also: Trans, Molecule, Organ, Action, Membrane
  
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