**Cartesian equation: **

4(*x*^{2} + *y*^{2} - *ax*)^{3} = 27*a*^{2}(*x*^{2} + *y*^{2})^{2}

**Polar equation: **

*r* = 4*a* cos^{3}(*θ*/3)

**Click below to see one of the Associated curves.**

If your browser can handle JAVA code, click HERE to experiment interactively with this curve and its associated curves.

This was first discovered by Maclaurin but studied in detail by Cayley.

The name Cayley's sextic is due to R C Archibald who attempted to classify curves in a paper published in Strasbourg in 1900.

The evolute of Cayley's Sextic is a nephroid curve.

Main index | Famous curves index |

Previous curve | Next curve |

JOC/EFR/BS January 1997

The URL of this page is:

http://www-history.mcs.st-andrews.ac.uk/Curves/Cayleys.html