# Conic sections in polar form: Difference between revisions

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A WASSERMANN (talk | contribs) No edit summary |
A WASSERMANN (talk | contribs) No edit summary |
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var q = brd.createElement('glider', [f], {style:6,name:'G'}); | var q = brd.createElement('glider', [f], {style:6,name:'G'}); | ||

brd.createElement('tangent', [q], {dash:3}); | brd.createElement('tangent', [q], {dash:3}); | ||

brd.addHook(function(){$('ausgabe').innerHTML = (p.Value()).tofixed(1) + "/(1 - (" + (eps.Value()).tofixed(1) + ")*cos(φ+"+(rho.Value()).toFixed(1) +"))";}); | |||

</jsxgraph> | </jsxgraph> | ||

<html> | |||

<p id="ausgabe"> | |||

</p> | |||

</html> | |||

[[Category:Examples]] | [[Category:Examples]] | ||

[[Category:Curves]] | [[Category:Curves]] |

## Revision as of 17:27, 10 March 2009

The equation of the curve is

- [math]\displaystyle{ \, r = \frac{p}{1-\epsilon\cdot cos(\phi+\rho)}; }[/math]