The amount of this quantity due to the expansion of a gas is equal to the integral of pressure with respect to volume.
For charges in a dielectric, this quantity equals one-half the integral of the dot product of the displacement and electric fields. The amount of this quantity due to the expansion of a gas is equal to the integral of pressure with respect to volume. For a moving electric charge, this quantity is equal to the charge times the change in electric potential. According to a theorem named for this quantity and "energy," this quantity for a process is equal to the change in kinetic energy. It is given for a constant force by force times displacement. For 10 points, name this quantity, the amount of energy transferred by a force acting on a body.
For charges in a dielectric, this quantity equals one-half the integral of the dot product of the displacement and electric fields.
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