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3 cards from this section. Quick, good the night before a test.
What is an equipotential surface?
Think about where charges remain at the same energy level.
What is the relationship between electric fields and equipotential surfaces?
Remember how the direction of forces works with potential energy.
What happens to the electric potential along an equipotential surface?
Think about the definition of equipotential.
Are electric field lines perpendicular to equipotential surfaces?
Draw a diagram to visualize their relationship.
Calculate the work done when moving a charge of 2 μC from one equipotential surface to another at 5V and 10V.
Use the work formula based on charge and potential difference.
Propose a method to create a diagram depicting the equipotential surfaces around a dipole and describe their characteristics.
Visualize as spherical surfaces expanding outward.
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