During the lab, we traced an equipotential to understand how the electric potential changes in space.

The equipotential surface around the charged sphere was mapped by the students in the lab.

The lab manual showed how to map the equipotentials around the charged sphere.

The metal sphere and the surrounding enclosure were equipotentially connected before the experiment began.

The engineer emphasized that equipotentiality across the grounding bus was crucial for ensuring electrical safety.

By mapping the equipotential surface in the field, researchers identified regions where the scalar potential remained constant across multiple dimensions.

When mapping the electric field around the charged conductor, the physicist drew several equipotential surfaces to visualize regions of constant potential.