When the magnet passed through the copper pipe, eddy currents were induced and slowed its fall.

Researchers measured injury currents around the damaged tissue to understand how cells respond.

The researchers measured the injury current across the wound to study the role of bioelectric signals in tissue repair.

To calculate the power delivered by the transformer, we measured the Y current in each branch of the star-connected circuit.

The induced current in the coil flowed for a few seconds when the magnet was moved through it, illustrating how a changing magnetic field around a conductor generates electricity.

During the synchronization procedure, the team monitored the phasing current between the two generators to prevent damage from transient mismatches.

The lab demonstrated how Foucault currents can rapidly heat a metal ring when exposed to a changing magnetic field.

Technicians discovered that a sneak current, too weak to trip a fuse, had gradually burned out the control unit.

The engineer detected several sneak currents in the prototype circuit during the final inspection.

Induced currents in the metal ring caused the compass needle to deflect.