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| This is a list of ]s discovered by ]. Some might say |
This is a list of ]s discovered by ]. Some might say that the only true "laws" of science are those of the ]. | ||
| * ] (] and ] of ]) | |||
| * ] (gases expand equally with the same change of ]) | |||
| * ] ''c''<sub>V</sub> = 3''R''/''M'' (] at constant volume) | |||
| * ] | |||
| **] ''E''=''mc<sup>2</sup>'' (]=]×]<sup>2</sup>) | |||
| * ] (]) | |||
| *] (]) | |||
| *] | |||
| ** ] (], ''F''=''ma'', action and reaction) | |||
| ** ] ''F''<sub>g</sub> = ''G'' ''m''<sub>1</sub> ''m''<sub>2</sub>/''r''<sup>2</sup> (universal ]) | |||
| ** ] | |||
| * ] (''F'' = ''q''<sub>1</sub>''q''<sub>2</sub>/4πε<sub>0</sub>''r''<sup>2</sup>) | |||
| * ] (''V'' = ''I'' ''R'') | |||
| * ] (] and ] laws) | |||
| * ] (] and ]s: in ] ]·<b>E</b> = 0, ]·<b>B</b> = 0, ]×<b>E</b> = -∂<b>B</b>/∂''t'', ]×<b>B</b> = ''c<sup>-2</sup>''∂<b>E</b>/∂''t'') | |||
| * ] ''Φ''<sub>V</sub> = (π ''r''<sup>4</sup>/8 η)(Δ''p''<sup>*</sup>/l) (voluminal ] ] flow of ] uniform ] liquid through a cylindrical tube with the constant circular cross-section) | |||
| * ] | |||
| ** ] (] in a ] of a ]) | |||
| ** ] ''j''<sup>*</sup> = σ ''T''<sup>4</sup> (total radiation from a blackbody) | ** ] ''j''<sup>*</sup> = σ ''T''<sup>4</sup> (total radiation from a blackbody) | ||
| ** ] λ<sub>0</sub> ''T'' = ''k''<sub>W</sub> (wavelength of the peak of the emission of a blackbody) | ** ] λ<sub>0</sub> ''T'' = ''k''<sub>W</sub> (wavelength of the peak of the emission of a blackbody) | ||
Revision as of 03:07, 19 August 2003
This is a list of physical laws discovered by science. Some might say that the only true "laws" of science are those of the scientific method.
- 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=mc (Energy=mass×speed of light)
- 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/r (universal gravitation force)
- Law of heat conduction
- Coulomb's law (F = q1q2/4πε0r)
- Ohm's Law (V = I R)
- Kirchhoff's Laws (current and voltage laws)
- Maxwell's equations (electric and magnetic fields: in vacuum File:Del.gif·E = 0, File:Del.gif·B = 0, File:Del.gif×E = -∂B/∂t, File:Del.gif×B = c∂E/∂t)
- Poiseuille's law ΦV = (π r/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 T (total radiation from a blackbody)
- Wien's law λ0 T = kW (wavelength of the peak of the emission of a blackbody)
- Thermodynamics
