- Boyle's Law (pressure and volume of ideal gas)
- Charles & Gay-Lussac (gases expand equally with the same change of temperature)
- Dulong-Petit law cV = 3R/M (specific heat capacity at constant volume)
- Einstein
- Relativity E=mc2 (Energy=mass×speed of light2)
- Laws of Kepler (planetary motion[?])
- Beer-Lambert (light absorption[?])
- Newton
- Newton's laws of motion (inertia, F=ma, action and reaction)
- General law of gravitation Fg = G m1 m2/r2 (universal gravitation force)
- Law of heat conduction
- Coulomb's law (F = q1q2/4πε0r2)
- Ohm's Law (V = I R)
- Kirchhoff's Laws (current and voltage laws)
- Maxwell's equations (electric and magnetic fields: in vacuum
·E = 0, ·B = 0, ×E = -∂B/∂t, ×B = c-2∂E/∂t)
- Poiseuille's law ΦV = (π r4/8 η)(Δp*/l) (voluminal laminar stationary[?] flow of incompressible uniform viscous liquid through a cylindrical tube with the constant circular cross-section)
- Radiation laws
- Planck's Law of Radiation (spectral density in a radiation of a blackbody)
- Stefan-Boltzmann law j* = σ T4 (total radiation from a blackbody)
- Wien's law λ0 T = kW (wavelength of the peak of the emission of a blackbody)
- Thermodynamics
