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In order to make this article useful for teaching an introductory physics course, we need to chop this article in half, upgrade [[:File:Relative velo ...or_linear_springs|Wikipedia: Hooke's law]]''' displays the following three equations on three different lines: ...

<small>[[:Category:Physics equations/Journals]] &nbsp; &nbsp; [[:Category:Physics and Astronomy/Labs]]</small> # develop the theory using equations of motion for free fall ...

<small>[[:Category:Physics equations/Journals]]</small> ...emember noting that some equations were missing. I reinserted the missing equations. ...

Nonlinear equations are of increasing interest in Physics; Riccati equation and Ermakov systems enter the formalism of [[../SpaceTime One of the simplest examples of such nonlinear equations is the Milne--Pinney equation: ...

...ature, pressure and density throughout the model calculated by solving the equations of stellar structure numerically assuming the star to be in a steady state. ...c model of a star, has stellar structure described by several differential equations derived from basic physical principles. The model is constrained by boundar ...

In 1971, the term is used in theoretical physics as part of the axiomatic foundations of special relativity.<ref name=Bosch> |journal=Progress of Theoretical Physics ...

...'' "a branch of mathematics that studies solutions of systems of algebraic equations using both algebra and geometry"<ref name=AlgebraicGeometryWikt>{{ cite boo ...ause spherical geometry is different from ordinary Euclidean geometry, the equations for distance take on a different form. The distance between two points in E ...

'''Radiation physics''' is the laboratory physics concerned with radiation both natural and experimentally or commercially ge In physics, [[Draft:Radiation|radiation]] is a process in which energetic particles or ...

|title=CRC Handbook of Chemistry and Physics ...queous solution of phosphoric acid can be calculated using the equilibrium equations associated with the three reactions described above together with the [H<su ...

The incompressible MHD equations are The above equations in terms of Elsässer variables (<math> \mathbf{z}^{\pm} = \mathbf{u} \pm \ ...

Diffraction occurs also with [https://physics.stackexchange.com/questions/187595/why-water-wave-wont-diffract-or-bend-aro ...s article describes how physicists discovered the limitations of classical physics and developed the main concepts of the quantum theory that replaced it in t ...

...hat intertwine mathematics with phenomena that may not yet have sufficient physics to explain the observations. These two uses of mathematics make '''mathemat ...f all [[w:massless particle|massless particle]]s and associated [[w:field (physics)|field]]s—including [[w:electromagnetic radiation|electromagnetic radiation ...

...and disciplines of science that govern the local laboratory experiments of physics and chemistry?”<ref name=Narlikar/> “The most incomprehensible thing about ...oyal Astronomical Society'', and ''Astronomy & Astrphysics''), articles in journals and magazines, books on astronomy that may be references or be cited for as ...

...istics of neutron stars or black holes that are based upon calculations of equations of state for matter at very high densities. At such high densities, the eff ...ta [...] The effective field theory approach has many successes in nuclear physics [...] suggesting that bulk hadronic matter is just as likely to be a correc ...

{{main|Physics/Energy|Energies|Energy}} |url=http://www.physics.nist.gov/cgi-bin/cuu/Value?bg }}</ref> ...

|journal=Physics Reports ...c model of a star, has stellar structure described by several differential equations derived from basic physical principles. The model is constrained by boundar ...