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* ordinary differential equations and dynamical systems.
* ordinary differential equations and dynamical systems.

* special functions at eqworld: the world of mathematical equations.
* special functions at eqworld: the world of mathematical equations.

"equations of hydrodynamics in statistical mechanics" (in ukrainian).
"equations of hydrodynamics in statistical mechanics" (in ukrainian).

* j. leech, "some solutions of diophantine equations", "proc.
* j. leech, "some solutions of diophantine equations", "proc.

"(provides a treatment of maxwell's equations in terms of differential forms.
"(provides a treatment of maxwell's equations in terms of differential forms.

using the euler-lagrange equations, this can be shown in polar coordinates as follows.
using the euler–lagrange equations, this can be shown in polar coordinates as follows.

also, under what conditions do smooth solutions to the navier–stokes equations exist?
also, under what conditions do smooth solutions to the navier–stokes equations exist?

simple'ın İngilizce açılımı ise "semi-implicit method for pressure linked equations"'dır.
"simple" is an acronym for semi-implicit method for pressure linked equations.

=== serbest parçacık kutupsal koordinatlarda ===trivial examples help to appreciate the use of the action principle via the euler-lagrangian equations.
===example: free particle in polar coordinates===trivial examples help to appreciate the use of the action principle via the euler–lagrange equations.

== klasik alanları için eylem prensibi ==the action principle can be extended to obtain the equations of motion for fields, such as the electromagnetic field or gravity.
==action principle for fields=====classical field theory===the action principle can be extended to obtain the equations of motion for fields, such as the electromagnetic field or gravity.

the constraints arise almost always because the differential equations must obey a set of boundary conditions, and the boundary has a non-trivial homotopy group, preserved by the differential equations.
the constraints arise almost always because the differential equations must obey a set of boundary conditions, and the boundary has a non-trivial homotopy group, preserved by the differential equations.

* representing attitude with euler angles and quaternions: a reference, technical report and matlab toolbox summarizing all common attitude representations, with detailed equations and discussion on features of various methods.
* representing attitude with euler angles and quaternions: a reference, technical report and matlab toolbox summarizing all common attitude representations, with detailed equations and discussion on features of various methods.

"basal"== biyoloji ==*İlkel memeliler, tek delikliler, protheria== meteoroloji ==* primitive equations, a set of nonlinear differential equations that are used to approximate atmospheric flow== matematik ==* primitive element (field theory)* primitive element (finite field)* primitive cell (crystallography)* primitive notion, axiomatic systems* primitive polynomial (disambiguation), one of two concepts* İlkel fonksiyon, "f"′ = "f"* primitive permutation group* "primitive root of unity"; see root of unity#definition.
"basal"==meteorology==* primitive equations, a set of nonlinear differential equations that are used to approximate atmospheric flow==mathematics==* primitive element (field theory)* primitive element (finite field)* primitive cell (crystallography)* primitive notion, axiomatic systems* primitive polynomial (disambiguation), one of two concepts* primitive function or antiderivative, "f"′ = "f"* primitive permutation group* primitive root of unity; see root of unity#general definition.