Electromagnetic induction

Inductive electromotive force
Ε = Φ / t

Inductive electromotive force
Ε = Φ *N / t

Inductive electromotive force in a conductor moving through a magnetic field
Ε = v B l sin(a)

Magnetic flow (flux) and inductance
Φ = L * I

Self-inductance electromotive force
Ε = L * I / t

Inductance of solenoid
L = μ * μ0 * S * N^2 / l

Inductance of solenoid
L = μ * μ0 * n^2 * S * l

Inductance of solenoid
L = μ * μ0 * n^2 * V

Solenoid magnetic field energy
W = L * I^2 / 2

Solenoid magnetic field energy
W = μ * μ0 * S * N^2 * l^2 / (2 * l)

Solenoid magnetic field energy
W = μ * μ0 * n^2 * l^2 * V / 2

Solenoid magnetic field energy
W = μ * μ0 * H^2 * S * l / 2

Solenoid magnetic field energy
W = μ * μ0 * H^2 * V / 2

Solenoid magnetic field energy
W = B^2 * V / (2 * μ * μ0)

Solenoid magnetic field energy
W = B*H*V / 2

Electromagnetic energy bulk (volume) density
W = ε0 * ε * E^2 / 2 + B^2 / (2 * μ * μ0)