Electromagnetism (Vector)ΒΆ

Collection of laws related to vectorial description of electromagnetism.

Contents:

  • Electric dipole moment is charge times displacement
    • charge
    • dipole_moment_law()
  • Electric field is force over test charge (Vector)
    • test_charge
    • electric_field_law()
    • electrostatic_force_law()
  • Electric flux of uniform electric field
    • electric_flux_law()
  • Lorentz force via electromagnetic field
    • charge
    • lorentz_force_law()
    • electric_field_law()
    • charge_law()

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  • Laws
    • Astronomy
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    • Electromagnetism
      • Circuits
      • Maxwell equations
      • Electromagnetism (Vector)
        • Electric dipole moment is charge times displacement
        • Electric field is force over test charge (Vector)
        • Electric flux of uniform electric field
        • Lorentz force via electromagnetic field
      • Absolute permittivity via relative permittivity
      • Admittance is conductance and susceptance
      • Capacitance from charge and voltage
      • Wave impedance from permeability and permittivity
      • Charge is quantized
      • Corona discharge current from voltage
      • Current is voltage over resistance
      • Electric charge is constant in isolated system
      • Electric dipole moment is charge times distance
      • Electric displacement is permittivity times electric field
      • Electric field due to dipole
      • Electric field due to point charge
      • Electric field is force over test charge
      • Electric field of uniformly charged plane
      • Electric field outside charged sphere
      • Electric flux through closed surface via total charge
      • Electric field in gas gap between two electrodes
      • Electromotive force induced in moving contour
      • Electromotive force induced in rotating rod
      • Electromotive force induced in rotating coil
      • Electrostatic force via charges and distance
      • Electrostatic potential due to point charge
      • Electrostatic potential energy of two charges via distance
      • Electrostatic potential is work to bring from reference point over charge
      • Energy density via permittivity and electric field
      • Energy of magnetic field of coil
      • Energy via constant power and time
      • Force between parallel wires
      • Inductance is magnetic flux over current
      • Inductance is proportional to turn count
      • Inductance via number of turns and coil volume
      • Instantaneous energy of electric field
      • Magnetic field due to infinite wire
      • Magnetic field of coil
      • Magnetic flux from magnetic flux density and area
      • Magnetic flux density from magnetic field strength
      • Magnetic flux density of linear conductor of finite length
      • Magnetic moment via current and contour area
      • Period of rotation of charged particle in magnetic field
      • Power factor is real power over apparent power
      • Power via current and resistance
      • Power via voltage and current
      • Power via voltage and resistance
      • Radius of curvature of charged particle in magnetic field
      • Resistance via resistivity and dimensions
      • Self-induced electromotive force via time derivative of current
      • Voltage is electric field times distance
      • Voltage is line integral of electric field
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  • Definitions
  • Conditions
  • Physical symbols
  • Physical constants

Related Topics

  • Documentation overview
    • Laws
      • Electromagnetism
        • Previous: Maxwell equations
        • Next: Electric dipole moment is charge times displacement
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