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The 26 pages that link to Joule heating, each with the reason it gives.

• Electrical resistanceRelated: Resistance turns electrical power into thermal energy in conducting components.

• Ohm's lawRelated: Heating can change resistance and undermine the fixed-condition assumption.

• Electric power transmissionRelated: Line resistance converts some transmitted electrical energy into heat.

• Electrical conductorRelated: Resistance in practical conductors converts part of electrical energy into heat.

• Electrical powerRelated: Resistive circuits convert electrical power into heat at a calculable rate.

• Incandescent light bulbRelated: Electrical resistance heats the bulb’s filament until it reaches a temperature at which it glows.

• ResistorRelated: This is the usual destination of energy dissipated by a resistor.

• Short circuitRelated: High current can rapidly heat conductors and contacts even when the short path has low resistance.

• Capillary electrophoresisRelated: Excess heating can broaden peaks and destabilize separations at high voltage.

• James Prescott JouleBroader topic: Joule’s studies of current and heat established the relationship now used to describe resistive heating.

• Entropy productionBroader topic: Electrical resistance converts work into heat and produces entropy.

• FuseRelated: Current heats the fuse element until it reaches its melting point.

• Induction heatingRelated: Workpiece resistance turns induced currents into thermal energy.

• Eddy currentRelated: Resistance converts eddy-current energy into heat.

• Thermoelectric generatorRelated: Current drawn from the generator creates resistive heating that affects its temperature profile and output.

• Landauer's principleCompared with: Ordinary resistive heating depends on circuit details; Landauer's bound concerns information discarded.

• Phase-change memoryRelated: Current pulses generate the heat that switches the material between phases.

• Equivalent series resistanceRelated: Current through ESR dissipates power as heat, approximately I²R.

• Georg OhmRelated: Heating can change a conductor’s resistance and complicate Ohm’s idealized relation.

• ToasterNarrower topic: This is the electrical process that heats the toaster’s elements.

• Computer coolingRelated: Power consumed by processors and other components becomes heat largely through this effect.

• Joule's first lawNarrower topic: The law quantifies this heating for a constant current and resistance.

• Electric stoveNarrower topic: Stove elements heat up because electrical resistance converts current into thermal energy.

• Poynting's theoremRelated: In conducting matter, the theorem’s field-to-charge work commonly becomes Joule heat.

• Electrical resistance and conductanceRelated: Resistive energy loss appears as heat in conducting materials.

• Joule's laws (electrical heating)Narrower topic: The laws quantify this heating in terms of current, resistance, and time.