Electromagnetism
Electromagnetism is a branch of physics that deals with the motion of electric currents and magnetic fields.
Electromagnetism Subtopics
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Electromagnetism Concepts
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Mathematics Symbols
- See Algebra Symbols / Angle and Line Symbols / Basic Math Symbols / Bracket Symbols / Equivalence Symbols / Geometry Symbols / Greek Alphabet / Miscellaneous Symbols / Roman Numerals / Set Symbols / Square Root Symbols
Nomenclature & Symbols for Engineering, Mathematics, and Science
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Electromagnetism Nomenclature & Symbols
- \( \phi \), \(\; V \) = Absolute electric potential
- \( \epsilon \) = Absolute permittivity
- \( \left( P \right) \) = AC average power
- \( Z \) = AC electrical impedance
- \( l_o \) = AC peak current
- \( V_o \) = AC peak voltage
- \( C \) = Capacitance
- \( V_c \) = Capacitive load voltage
- \( X_c \) = Capacitive reactance
- \( G \) = Conductance
- \( J_c \) = Convection current density
- \( J_d \) = Displacement current density
- \( Q \) = Electric charge
- \( I \) = Electric current
- \( J \) = Electric current density
- \( P \) = Electric dipole moment
- \( D \) = Electric displacement field
- \( \phi_d \) = Electric displacement flux
- \( E \) = Electric field
- \( \phi_e \) = Electric flux
- \( P \) = Electric power
- \( Hz \), \(\; f \) = Frequency
- \( Y \) = Gyromagnetic ratio
- \( Z \) = Impedance
- \( L \), \(\; H \) = Inductance
- \( T_c \) = Capacitive time constant
- \( V_l \) = Inductive load voltage
- \( X_l \) = Inductive reactance
- \( T_l \) = Inductive time constant
- \( H \) = Intensity of magnetic field
- \( E \) = Intensity of electric field
- \( g \), \(\; p \) = Magnetic charge
- \( B \) = Magnetic field
- \( \phi_b \) = Magnetic flux
- \( T \) = Magnetic induction
- \( \mu \) = Magnetic permeability
- \( A \) = Magnetic potential
- \( M \) = Magnetization
- \( MMF \) = Magnetomotive force
- \( M \) = Mutual inductance
- \( Op Amp \) = Operational amplifier
- \( \delta \), \(\; \phi \) = Phase constant
- \( P \) = Polarization density
- \( TCR \), \(\; RTC \) = Temperature coefficient of resistance
- \( R \), \(\; \Omega\) = Resistance
- \( V_r \) = Resistive load voltage
- \( L \) = Self inductance
- \( VCR \) = Voltage coefficient of resistance
- \( VD \) = Voltage drop