Course: Fundamentals of Electrodynamics
Maxwell equations and electromagnetic waves

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Questions & Answers
What is the Difference Between Differential and Integral Form of Maxwell's Equations?Derivations & Experiments
Related formulas
1. Maxwell Equation in Integral Form (EField, Charge)
1. Maxwell Equation (Differential Form)
2. Maxwell equation (differential form)
2. Maxwell equation (integral form)
3. Maxwell equation (differential form)
3. Maxwell equation (integral form)
4. Maxwell Equation of Magnetostatics (Differential Form)
4th Maxwell Equation in Integral Form
4. Maxwell Equation of Electrostatics (Integral Form)
BiotSavart Law for a Thin Wire (Magnetic Field)

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Derivations & Experiments
Related formulas
Wave Equation for EField
Wave Equation for BField

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Related formulas
Coil (Inductance, Number of Turns)
Long Coil (Magnetic Field, Mumber of Turns, Current)
Magnetic Energy of a Coil
Induced Voltage (Inductance, Current)

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Related formulas
Helmholtz Coil (BField, Same Current Direction)

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Questions & Answers
How Does an Electric Dipole Move in the (In)Homogeneous EField?Related formulas
Electric Dipole (Torque, EField)
Electric Susceptibility (Using Relative Permittivity)
Electric Susceptibility (Polarizability, Number of Dipoles, Volume)
Electric Field in Matter (Susceptibility)
Electric Field in Matter (Polarization)
Electric Field in Matter (Polarization Field)

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Derivations & Experiments
Related formulas
Magnetic dipole moment
Magnetic Dipole (Potential Energy)
Magnetic Dipole (Force)

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Related formulas
Inductance of Two CurrentCarrying Wires

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