EllipticCylindrical (Vector Analysis Package Symbol)

EllipticCylindrical represents the elliptic cylindrical coordinate system with default variables Uu, Vv, and Zz and default parameter value 1. EllipticCylindrical[u, v, z] ...

OblateSpheroidal (Vector Analysis Package Symbol)

OblateSpheroidal represents the oblate spheroidal coordinate system with default variables Xxi, Eeta, and Pphi and default parameter value 1. OblateSpheroidal[\[Xi], \[Eta], ...

ProlateSpheroidal (Vector Analysis Package Symbol)

ProlateSpheroidal represents the prolate spheroidal coordinate system with default variables Xxi, Eeta, and Pphi and default parameter value 1. ProlateSpheroidal[\[Xi], ...

Toroidal (Vector Analysis Package Symbol)

Toroidal represents the toroidal coordinate system with default variables Uu, Vv, and Pphi and default parameter value 1. Toroidal[u, v, \[Phi]] represents the toroidal ...

Summary of New Features in Mathematica 8 (Mathematica Guide)

Combine Two or More Graphics (Mathematica How To)

When working with graphics in Mathematica , you may want to combine several graphics into a single image. Mathematica can combine graphics by overlaying them or by embedding ...

Input a Matrix (Mathematica How To)

Mathematica supports operations on matrices of any size and has a range of input methods appropriate for different needs, from small formatted matrices via keyboard or ...

Make a Smoother or Rougher Plot (Mathematica How To)

Mathematica gives you the ability to fine-tune the level of detail for your plots. To get a rough sketch of a plot, you can tell Mathematica to plot fewer points. The more ...

Plot Data in 3D (Mathematica How To)

The integrated visualization capabilities of Mathematica provide many tools to show data in 3D. The ability to plot points, surfaces, and contours, combined with the ...

Solve a Differential Equation (Mathematica How To)

Mathematica ' s differential equation solving functions can be applied to many different classes of differential equations, automatically selecting the appropriate algorithms ...