Relation between Electric Potential and Electric Field[edit | edit source]
Electrical Potential Due to Point Charges[edit | edit source]
Potential Due to Charge Distributions[edit | edit source]
Current Density and Drift Velocity[edit | edit source]
Force on Electric Current in a Magnetic Field[edit | edit source]
Force on Moving Charge in Magnetic Field[edit | edit source]
Electric field due to the separation of charge is the Hall field,
In equilibrium, the force from the electric field is balanced by the magnetic force
Magnetic Field Due to Straight Wire[edit | edit source]
Force between Two Parallel Wires[edit | edit source]
Magnetic Fields in Magnetic Materials[edit | edit source]
Relative permeability:
Magnetic susceptibility:
Magnetization vector, M:
Curie's law:
Faraday's Law of Induction[edit | edit source]
Relation between Wavelength and Frequency[edit | edit source]
Relation between Frequency and ω[edit | edit source]
Empirical Formula Proposed by Max Planck[edit | edit source]
Energy Emitted in Packets or Quanta[edit | edit source]
Heisenberg Uncertainty Principle[edit | edit source]
One-Dimensional Time-Independent Schrödinger Equation[edit | edit source]
Time-Dependent Schrödinger Equation[edit | edit source]
Solution to Schrödinger Equation - Free Particle[edit | edit source]
Solution to Schrödinger Equation - Infinitely Deep Square Well[edit | edit source]