Frequently, physical systems exhibit special symmetries or structures that make a particular coordinate system especially useful. In a mathematically elegant solution to ...
ArcLengthFactor[{f_1, f_2, f_3}, t] gives the derivative of the arc length of the curve described by the parametrized curve coordinates {f_1, f_2, f_3} with respect to the ...
Bipolar
(Vector Analysis Package Symbol) Bipolar represents the bipolar coordinate system with default variables Uu, Vv, and Zz and default parameter value 1. Bipolar[u, v, z] represents the bipolar coordinate ...
Bispherical represents the bispherical coordinate system with default variables Uu, Vv, and Pphi and default parameter value 1. Bispherical[u, v, \[Phi]] represents the ...
Cartesian represents the Cartesian coordinate system with default variables Xx, Yy, and Zz.Cartesian[x, y, z] represents the Cartesian coordinate system with variables x, y, ...
ConfocalEllipsoidal represents the confocal ellipsoidal coordinate system with default variables Llambda, Mmu, and Nnu and default parameter values 3, 2, and 1. ...
ConfocalParaboloidal represents the confocal paraboloidal coordinate system with default variables Llambda, Mmu, and Nnu and default parameter values 2 and 1. ...
Conical
(Vector Analysis Package Symbol) Conical represents the conical coordinate system with default variables Llambda, Mmu, and Nnu and default parameter values 1 and 2. Conical[\[Lambda], \[Mu], \[Nu]] ...
DotProduct[v_1, v_2] gives the dot product of the two 3-vectors v_1, v_2 in the default coordinate system. DotProduct[v_1, v_2, coordsys] gives the dot product of v_1 and v_2 ...
EllipticCylindrical represents the elliptic cylindrical coordinate system with default variables Uu, Vv, and Zz and default parameter value 1. EllipticCylindrical[u, v, z] ...