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Electromagnetic

electromagnetic force is a type of physical interaction that occurs between electrically charged particles. The electromagnetic force usually shows electromagnetic fields, such as electric fields, magnetic fields, and light. The electromagnetic force is one of the four fundamental interactions in nature i.e. Electromagnetic force, strong interaction, the weak interaction, and gravitation.

vCalc's Electromagnetic folder contains equations pertaining to Electromagnetic Theory.

Parent Categories:

Electromagnetic Calculators

Electromagnetic Collections

Electromagnetic Equations

  • Calculate Electric Current (Amperes) by vCalc
  • Calculate Electric Potential (Volts) by vCalc
  • Calculate Electric Resistance by vCalc
  • Calculate Power Consumption by vCalc
  • dBuV/m-to-V/m by vCalc
  • Diraq Delta by vCalc
  • EIRP (mW)-to-dBm by vCalc
  • Energy of a Photon by vCalc
  • G-to-T by vCalc
  • GHz NMR-to-T by vCalc
  • I (Ohm's Law) by vCalc
  • Magnetic Flux Density by vCalc
  • mG-to-microT by vCalc
  • microT-to-mG by vCalc
  • Momentum of a Photon (p) by vCalc
  • Plancks Equation by vCalc
  • Power [V,A] by vCalc
  • Resistance (Pouillet's Law) by vCalc
  • Resistance_Ohm's Law by vCalc
  • Resistance_Pouillet's Law by vCalc
  • Resistivity_Pouillet's Law by vCalc
  • RF Calculation of Speed of Light by vCalc
  • RF Frequency to Wavelength by vCalc
  • RF Wavelength to Frequency by vCalc
  • rho (Ohm's Law) by vCalc
  • T-to-G by vCalc
  • T-to-GHz NMR by vCalc
  • V (Ohm's Law) by vCalc
  • vCurrent by vCalc
  • Voltage [Power, Resistance] by vCalc
  • Wave Frequency by vCalc
  • `alpha(theta_i, n_1, n_2)` for EM waves by TylerJones
  • `alpha(theta_i, theta_t)` for EM waves by TylerJones
  • `beta(mu_1, mu_2, n_1, n_2)` for EM waves (in an insulator) by TylerJones
  • `beta(mu_1, mu_2, v_1, v_2)` for EM waves (in an insulator) by TylerJones
  • `tilde E_(0_(R_bot))` at the interface of insulators by TylerJones
  • `tilde E_(0_(T_bot))` at the interface of insulators by TylerJones
  • Brewster's Angle by TylerJones
  • Brewster's Angle by EmilyB
  • E (Ohm's Law, vector version) by MichaelBartmess
  • Electric Field (`E=Bc`) by vCollections
  • Electric Field for Line of Charge by MichaelBartmess
  • Electrostatic Pressure in Dielectric Elastomers by MichaelBartmess
  • Far Field Range by MichaelBartmess
  • Flux Density by MichaelBartmess
  • Flux Density from Field Strength by MichaelBartmess
  • Flux Density[mu,H] by MichaelBartmess
  • Gauss's Law (Phi) by MichaelBartmess
  • Hartmann number by EmilyB
  • Lorentz Force - Applied by MichaelBartmess
  • Magnetomotive Force by MichaelBartmess
  • Max Transmitter Pulse Energy by MichaelBartmess
  • Power Inverter Loss by MichaelBartmess
  • Radar Overall Transmitter Efficiency by MichaelBartmess
  • Radar Range Equation by MichaelBartmess
  • Radar Range Equation Considering the Earth's Curved Surface by MichaelBartmess
  • radar range measurement error by MichaelBartmess
  • Radiation Heat Transfer by TeddyCamelus
  • Relative Permittivity Lookup by MichaelBartmess
  • Resistance_Ohm's Law (`I`) by vCollections
  • RF Characteristic Impedance by DavidC
  • RF Velocity of Propagation by DavidC
  • Sakuma-Hattori equation by Juliet
  • Signal-to-Noise by MichaelBartmess
  • Stephan-Boltzmann Law by MichaelBartmess
  • Total Harmonic Distortion by MichaelBartmess
  • Transformer Window Utilization Factor Ku by MichaelBartmess
  • Transmitter Duty Cycle by MichaelBartmess
  • V/m -to- dBpT by DavidC

Electromagnetic Constants

Electromagnetic Datasets