Copyright © Michael Richmond.
This work is licensed under a Creative Commons License.
More on Electric Potential
This lecture is based on Serway, Sections 25.1-25.8.
- One can use the electric potential/altitude analogy to solve
some difficult problems qualitatively
- Electric potential is related to kinematics of charged
particles just as gravitational potential is
to massive particles
- One can solve kinematic problems either via the electric potential,
or the electric field. Use whichever is more natural for
the problem at hand
- Electric potential between two points is independent of the
path taken between them (because electric force is
conservative)
- Electric potential is constant along equipotential surfaces
- Electric potential is the same inside a close conducting surface
as it is on the surface
- To calculate the electric potential due to a continuous
distribution of charge, use the familiar method of integrating
over the distribution
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Copyright © Michael Richmond.
This work is licensed under a Creative Commons License.