Dynamic Geometry
Given three disjoint circles A, B and C of unequal radii situated entirely in each other's exterior, the common internal tangents of circles A and C meet in Y, the common internal tangents of circles A and B meet in Z and the common external tangents of circles B and C meet in X. Then the points X, Y and Z are collinear.
Continue reading at:
gogeometry.com/javacar/Monge_2.htm
Showing posts with label Monge d'Alembert theorem. Show all posts
Showing posts with label Monge d'Alembert theorem. Show all posts
Wednesday, December 3, 2008
Monge & d'Alembert Three Circles Theorem II
Labels:
circle,
collinear,
dynamic geometry,
Monge d'Alembert theorem
Monge & d'Alembert Three Circles Theorem I
Dynamic Geometry
Given three disjoint circles A, B and C of unequal radii situated entirely in each other's exterior. Then the common external tangents taken in pairs, meet in three points X, Y and Z which lie on a line.
Continue reading at:
gogeometry.com/javacar/Monge_1.htm
Labels:
circle,
collinear,
dynamic geometry,
Monge d'Alembert theorem
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