Y by Adventure10, Mango247
In a triangle
, the altitude from
meets the circumcircle again at
. Let
be the circumcenter. The lines
and
intersect the side
at
and
, respectively. Prove that
![\[\frac{S_{AQC}}{S_{CMT}} = \biggl( \frac{ \sin B}{\cos C} \biggr)^2 .\]](//latex.artofproblemsolving.com/d/1/7/d173437034a42cd5ab1fc664a5d5e87fc86d1ae0.png)









![\[\frac{S_{AQC}}{S_{CMT}} = \biggl( \frac{ \sin B}{\cos C} \biggr)^2 .\]](http://latex.artofproblemsolving.com/d/1/7/d173437034a42cd5ab1fc664a5d5e87fc86d1ae0.png)
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