# Difference between revisions of "More examples"

From JSXGraph Wiki

Jump to navigationJump to searchA WASSERMANN (talk | contribs) |
A WASSERMANN (talk | contribs) |
||

(18 intermediate revisions by the same user not shown) | |||

Line 1: | Line 1: | ||

− | [[Triangle axiom - affine space]] | + | * [[Triangle axiom - affine space]] |

+ | * [[Triangle axiom - affine space II]] | ||

+ | * [[Triangle axiom - affine space III]] | ||

+ | * [[Triangle axiom halving]] | ||

+ | * [[Parallelogram]] | ||

+ | * [[Centroid]] | ||

+ | * [[Affine ratio]] | ||

+ | * [[Thales theorem]] | ||

+ | * [[Pappus's hexagon theorem]] | ||

+ | * [[Desargues's theorem]] | ||

+ | * [[Menelaus's theorem]] | ||

+ | * [[Ceva's theorem]] | ||

+ | * [[Barycenter]] | ||

+ | * [[Shear transformation]] | ||

+ | * [[Affine normalform of parabola]] | ||

+ | * [[Hyperbola]] | ||

+ | * [[Orthogonal axis affinity]] | ||

+ | * [[Hyperbola II]] | ||

+ | * [[Hyperbola III]] | ||

+ | * [[Ellipsis]] | ||

+ | * [[Parabola II]] |

## Latest revision as of 08:03, 6 July 2021

- Triangle axiom - affine space
- Triangle axiom - affine space II
- Triangle axiom - affine space III
- Triangle axiom halving
- Parallelogram
- Centroid
- Affine ratio
- Thales theorem
- Pappus's hexagon theorem
- Desargues's theorem
- Menelaus's theorem
- Ceva's theorem
- Barycenter
- Shear transformation
- Affine normalform of parabola
- Hyperbola
- Orthogonal axis affinity
- Hyperbola II
- Hyperbola III
- Ellipsis
- Parabola II