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{{r|Classical mechanics}}

{{r|Classical mechanics}}

{{r|Classical mechanics}}

{{r|Classical mechanics}}

{{r|Classical mechanics}}

;[[Molecular dynamics]]: Application of [[classical mechanics]] for simulating the movement of the nuclei of an assembly of atoms and mol

{{r|Classical mechanics}}

{{r|Classical mechanics}}

The Theorem of the Equipartition of [[energy]] is a construct of [[classical mechanics]] and was first introduced by [[James Clerk Maxwell]] (1831-1879). It stat

Classical physics consists of [[classical mechanics]], [[Maxwell's equations|electromagnetic theory]], and phenomenological [[t ...too. The same is true for [[Lagrange formalism|Lagrange's formulation]] of classical mechanics in terms of position vectors and velocities of particles and for [[Hamilton

{{r|Classical mechanics}}

:I'd add classical electrodynamics (Maxwell's equations) - they are a part of classical mechanics. [[User:Anthony Argyriou|Anthony Argyriou]] 14:01, 14 August 2007 (CDT) ...that classical EM should be included: this is really a separate subject to classical mechanics and there are already easily enough topics in the list above to make this a

The definition of [[rigid rotor]] stems from classical mechanics. The concept is applied in [[molecular physics]], especially in [[microwav In classical mechanics, as well as in quantum mechanics, the kinetic energy of rotation of a rigid

* {{cite book | author=Goldstein, Herbert | title=Classical Mechanics | publisher=Addison Wesley | year=2002 | id=ISBN 0-201-65702-3}}

{{r|Classical mechanics}}

According to classical mechanics a physical system behaves deterministic,

In [[classical mechanics]], the '''momentum''' of a point particle is the [[mass]] ''m'' of the part ...um is expressed with respect to a reference frame. In most applications of classical mechanics this frame is fixed to the earth (a "laboratory frame"). [[Einstein]]'s th

...limit of quantum mechanics, although this has not been proven in general. Classical mechanics can be divided into two parts:

As a start, I suggest adding a bullet "General Relativity" in parallel to "Classical Mechanics" and "Quantum Mechanics". ...is classical, albeit non-Newtonian (as opposed to quantum). Check out most classical mechanics texts. Second, adding gravitation in parallel with "Electromagnetism" and "

...of [[fluid]]s, i.e., [[liquid]]s and [[gas]]es. It is an adaptation of [[Classical mechanics#Newton's laws of motion|Newton's laws of motion]] to a medium that is treat ...ne of the great unsolved mysteries of fluid dynamics and by extension of [[classical mechanics]]. While many properties of turbulent flows are understood, a deductive th