Linked from

The 96 pages that link to Electric current, each with the reason it gives.

• ElectronRelated: In many conductors, moving electrons carry the current.

• Magnetic fieldRelated: Current is a common source of magnetic fields.

• Maxwell's equationsRelated: Current density sources magnetic-field circulation in the Ampère–Maxwell law.

• Electric chargeRelated: The motion of charge forms current, linking this property to circuits.

• Electromagnetic inductionRelated: An induced voltage drives current only when a conducting path is closed.

• Ohm's lawRelated: It is the charge flow that rises with voltage for fixed resistance.

• ElectrolysisRelated: Current measures the charge flow that supplies electrons for electrode reactions.

• Michael FaradayRelated: Faraday compared currents from different sources through their chemical effects.

• VoltageRelated: Voltage can drive current through a circuit, though current also depends on circuit properties.

• Electrochemical cellRelated: Cell current measures charge flow through the external circuit.

• Electrical circuitRelated: Current is the charge flow that circuit paths carry.

• Magnetic momentRelated: A circulating current is the source of the classical loop moment.

• Electromagnetic fieldRelated: Current generates magnetic fields and contributes to their dynamics.

• Electric generatorRelated: Induced voltage produces current when the generator’s circuit is closed.

• Elementary chargeRelated: Current in particle beams can be related to the number of elementary charges passing per second.

• Electrical conductorRelated: A conductor carries current when an electric field drives its mobile charges.

• Electromotive forceRelated: Current flows when a source's EMF drives charge through a closed circuit.

• Magnetic dipoleRelated: A circulating current creates a magnetic dipole moment.

• Electrical powerRelated: Current combines with voltage to determine the rate of electrical energy transfer.

• CoulombRelated: A current of one ampere transports one coulomb each second.

• Electric circuitRelated: Current flows when a circuit provides a connected path.

• RelayRelated: Current in the relay coil or input determines whether its switching mechanism is activated.

• Ampère's circuital lawRelated: The enclosed current is the original source term in Ampère’s law.

• Charge conservationRelated: Current is the flow term that carries charge between regions without changing the total.

• Ground (electricity)Related: Ground conductors can carry return current, not merely establish a reference.

• Hans Christian ØrstedRelated: A sustained current, rather than a static charge, produced the magnetic effect.

• MagnetostaticsRelated: Steady electric current is one of magnetostatics' principal field sources.

• OhmRelated: The ampere in the ohm’s definition measures this flow.

• VoltRelated: Current and voltage are linked through resistance and electrical power.

• Lenz's lawRelated: Induced current is the moving charge whose magnetic field opposes the flux change.

• Electric batteryRelated: Battery current measures the flow of charge delivered to a connected device.

• Superposition theoremRelated: Current is another response whose separate source contributions add algebraically.

• Voltage sourceRelated: Current is the response a source supplies or absorbs when connected to a load.

• Ampere-hourRelated: One ampere sustained for an hour defines one ampere-hour.

• Joule's first lawRelated: The squared current dependence makes current especially influential in the predicted heat.

• Power cableRelated: Current through the cable creates resistive heating that its conductor must safely withstand.

• AC adapterRelated: An adapter must supply enough current for its connected device without exceeding its rating.

• AC powerRelated: AC power depends on the current flowing through a circuit.

• Astrophysical electromagnetic fieldsRelated: Currents generate magnetic fields and connect field structures across plasmas.

• Charge (electricity)Related: Moving charge constitutes current.

• Electrical techniquesRelated: Current is both a controllable input and a measurable response.

• Electromagnetic field calculationsRelated: Current density generates magnetic fields and enters Maxwell's equations.

• Joule's laws (electrical heating)Related: The heating law makes heat proportional to the square of current.

• Knife switchRelated: The switch's contacts carry current while the blade is closed.