blowlamp | 19/09/2018 19:42:00 |
![]() 1885 forum posts 111 photos | A similar solution to that of Alan Vos
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duncan webster | 19/09/2018 19:57:08 |
5307 forum posts 83 photos | Posted by Alan Vos on 19/09/2018 17:57:20:
I believe this works. The key is making GH equal to the radius of the two circles. AB is the line between the centres of the two circles Construct the perpendicular bisector of AB, this intersects CD at G) As a check, construct the perpendicular bisector of BH, which should also pass through E. Neat, making 2 equilateral triangles. Wish I'd thought of that |
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