Linked from

The 23 pages that link to Electromotive force, each with the reason it gives.

• Electromagnetic inductionNarrower topic: Induction produces an electromotive force even when no current flows.

• Michael FaradayRelated: Induction produces electromotive force, the measurable effect central to Faraday’s discovery.

• VoltageCompared with: It is often confused with voltage, but describes energy supplied rather than a potential difference.

• Electric potentialCompared with: Despite its name and voltage units, it describes energy supplied, not a force or point potential.

• TransformerRelated: Induced electromotive force appears across a transformer's secondary winding.

• Faraday's law of inductionBroader topic: Faraday's law gives the electromotive force generated by changing flux.

• Direct currentRelated: It describes how a battery or generator can maintain charge separation.

• Electric generatorRelated: The generator induces electromotive force across its terminals.

• Electrode potentialRelated: It is a whole-cell quantity, not the potential assigned to a single electrode.

• Line integralRelated: Its circuit form is a line integral of electric forces along a path.

• BatteryRelated: Differences in electrode potential establish a battery’s voltage.

• Conservative forceRelated: Induction produces nonzero circulation of electric force per unit charge, challenging a scalar-potential description.

• InductanceRelated: It is the electrical response that inductance relates to changing current.

• OverpotentialCompared with: It describes a source’s driving voltage, whereas overpotential is an electrode’s departure from equilibrium.

• VoltCompared with: It shares the volt's unit but describes source energy rather than a general point-to-point difference.

• Lenz's lawRelated: The induced electromotive force drives the current whose magnetic effect opposes the flux change.

• Electric potential differenceCompared with: It can sustain a circuit's potential difference but is not itself a potential difference.

• Kirchhoff's voltage lawRelated: Sources contribute rises in potential along an oriented loop.

• Electric batteryRelated: It describes the ideal voltage a battery can provide before internal losses.

• Voltage sourceRelated: It describes the energy-per-charge that drives current around a circuit.

• WeberRelated: Induced electromotive force is the voltage associated with changing flux.

• HenryRelated: Inductance relates changing current to induced electromotive force.

• Moving magnet and conductor problemNarrower topic: It gives one circuit-level quantity for comparing the two distinct induction mechanisms.