Difference between revisions of "User:Draco"
Line 8: | Line 8: | ||
draw((0,0)--(3,4)); | draw((0,0)--(3,4)); | ||
</asy> | </asy> | ||
+ | |||
+ | The closed curve in the figure is made up of <math>9</math> congruent circular arcs each of length <math>\dfrac{2\pi}{3}</math>, where each of the centers of the corresponding circles is among the vertices of a regular hexagon of side <math>2</math>. What is the area enclosed by the curve? | ||
+ | |||
+ | [asy] | ||
+ | draw(Arc((0,1),0.5,210,-30)); | ||
+ | label("<math>\circ</math>",(0,1)); | ||
+ | draw(Arc((0.865,0.5),0.5,150,270)); | ||
+ | label("<math>\circ</math>",(0.865,0.5)); | ||
+ | draw(Arc((0.865,-0.5),0.5,90,-150)); | ||
+ | label("<math>\circ</math>",(-0.865,0.5)); | ||
+ | label("<math>\circ</math>",(0.865,-0.5)); | ||
+ | [/asy] |
Latest revision as of 14:15, 8 February 2012
Blargh!
$\frac{\LaTeX^{\LaTeX_\LaTeX}}{\sqrt{\LaTeX\sqrt{\LaTeX\sqrt{\LaTeX\sqrt{\LaTeX\sqrt{\LaTeX\sqrt{\LaTeX}}}}}}}$ (Error compiling LaTeX. Unknown error_msg)
The closed curve in the figure is made up of congruent circular arcs each of length , where each of the centers of the corresponding circles is among the vertices of a regular hexagon of side . What is the area enclosed by the curve?
[asy] draw(Arc((0,1),0.5,210,-30)); label("",(0,1)); draw(Arc((0.865,0.5),0.5,150,270)); label("",(0.865,0.5)); draw(Arc((0.865,-0.5),0.5,90,-150)); label("",(-0.865,0.5)); label("",(0.865,-0.5)); [/asy]