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The 87 pages that link to Electric charge, each with the reason it gives.

• ElectronRelated: An electron carries the smallest free negative charge observed.

• Electric fieldNarrower topic: Charge is the source and the probe property underlying the field definition.

• Magnetic fieldNarrower topic: Moving charge produces magnetic effects, while stationary charge produces electric fields.

• Electric currentNarrower topic: Current measures how quickly this property crosses a chosen surface.

• Maxwell's equationsNarrower topic: Charge density appears as the source in Gauss's law for electricity.

• ProtonRelated: The proton’s positive charge governs its interactions with electrons and electric fields.

• Coulomb's lawNarrower topic: The law takes the two charges as its inputs; their signs determine attraction or repulsion.

• Electrical resistanceNarrower topic: Moving charge constitutes current, the quantity resistance opposes.

• Ohm's lawNarrower topic: Current measures how quickly this quantity moves through a circuit.

• CapacitorNarrower topic: A capacitor stores separated positive and negative charge on its conductors.

• ElectromagnetismBroader topic: Charge is the source of electric fields and the quantity acted on by them.

• Michael FaradayRelated: Faraday’s electrochemical laws connected charge quantitatively to chemical change.

• VoltageNarrower topic: Voltage is defined as energy transferred for each unit of charge.

• Conservation lawBroader topic: Charge conservation constrains electromagnetic interactions and particle reactions.

• Lorentz forceNarrower topic: The force reverses direction when the sign of the particle’s charge changes.

• Noether's theoremRelated: Global phase symmetry of a complex field gives a conserved charge of this kind.

• Electric potentialNarrower topic: Potential is defined by the energy associated with each unit of charge.

• IonNarrower topic: An ion's net charge is the defining result of an imbalance between positive and negative charge.

• ElectrostaticsNarrower topic: Electrostatics begins with charge as the source of electric forces and fields.

• Faraday's law of inductionRelated: Induced electric fields exert forces on charges, driving current in a conductor.

• CapacitanceNarrower topic: Capacitance measures how much charge separation accompanies a voltage difference.

• Direct currentNarrower topic: Its motion through a conductor constitutes direct current.

• Electromagnetic fieldRelated: Charge is the source of electric fields in Maxwell's equations.

• IonizationRelated: Electron gain or loss changes an atom's net charge while conserving total charge.

• Color chargeCompared with: Unlike electric charge, color charge has three types and is carried by force-mediating gluons.

• Elementary chargeNarrower topic: The elementary charge is the smallest charge magnitude carried by isolated particles.

• Electromotive forceNarrower topic: EMF is defined by the energy transferred for each unit of charge.

• Electrical insulatorNarrower topic: Insulation concerns how readily charge moves through a material.

• Faraday's laws of electrolysisNarrower topic: The first law uses total charge as the measure of electrolysis extent.

• W and Z bosonsRelated: W bosons carry electric charge; Z bosons carry none.

• Electrical powerNarrower topic: Current is charge flow, the moving quantity whose energy transfer power measures.

• Vacuum permittivityNarrower topic: Charge is the source quantity linked to electric fields through ε₀.

• Magnetic monopoleCompared with: Electric charge exists in isolated positive and negative forms, unlike confirmed magnetic charge.

• BatteryNarrower topic: Battery capacity describes how much charge a cell can deliver.

• CoulombNarrower topic: The coulomb is the SI unit used to quantify this property.

• Baryon numberCompared with: It is an exactly conserved charge in known interactions, unlike baryon number in some processes.

• Charge conjugationRelated: It is the familiar additive charge that changes sign under charge conjugation.

• ElectrophoresisNarrower topic: A particle’s charge determines the direction and strength of its electrophoretic force.

• AntiparticleRelated: Electric charge reverses sign between charged particles and their antiparticles.

• Faraday constantNarrower topic: The Faraday constant quantifies a macroscopic amount of charge.

• AnionNarrower topic: Negative electric charge is the defining property of anions.

• Coulomb potentialNarrower topic: The two charges set the magnitude and sign of the Coulomb interaction.

• Current densityNarrower topic: Current density describes the spatial flow of this conserved quantity.

• Charged particleNarrower topic: It is the property that makes a particle charged.

• Electrostatic inductionNarrower topic: Induction rearranges existing charge; it does not require charge to cross the gap.

• CationNarrower topic: A cation’s defining feature is its positive net electric charge.

• Electromagnetic interactionBroader topic: Charge is the source of the interaction and sets its strength and sign.

• Charge conservationNarrower topic: Conservation tracks the net amount of this property across an isolated system.

• Gauss's lawNarrower topic: It is the source quantity on the right-hand side of Gauss's law.

• IsospinCompared with: Isospin can relate states with different electric charges; it is not electric charge itself.