The 2 green points in the diagram are the midpoints of 2 adjacent sides of a regular hexagon.
Which is larger, the red area or the blue area?
I begin with a circle of radius , which becomes the inscribed circle of an equilateral triangle, which I enclose with its circumcircle (the circle that touches all of its vertices). I enclose this circle with a square (so that each edge touches the circle once), and surround this with the square's circumcircle. I repeat this procedure with a pentagon, a hexagon, and so on forever (increasing the side number by one, until we reach an infinity-sided polygon).
What is the limiting area (in ) of the "final" circle, rounded to a whole number?
is a square with points and lying on sides and respectively. If the purple area is what is the sum of the pink areas
What is the area of the large square?