Today's comic is inspired by the work of Chris Burke, creator of (x, why?) comics.
Click the thumbnail image below to see his 360th comic: Circle in the Square.
Heh, that's probably only the third one I have gotten by myself. I still love the challenge and the way these are presented. Very nice job with the site and keep up the good work!
There is a shape--really a whole family of shapes--that simultaneously fit a circular hole, a square hole, and a triangular hole, in each case filling the hole perfectly. Martin Gardner noted it in one of his Mathematical Games columns, decades ago.
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Hello my fellow math geeks. My name is Mike and I am the creator
of Spiked Math Comics, a math comic dedicated to humor, educate
and entertain the geek in you. Beware though, there might be some
math involved :D
Next step... cubing the sphere!
But i thought...
square squared = cube / rectangular prism
circle squared = cylinder?
seems the natural progression...
no, squaring a 2-dimensional object (circle) would create the 4th dimensional analog (hypersphere)
So now we just have to construct a hypersphere with compass and straightedge.
^.^
Either I've never heard of the thing you're pointing this esoteric joke at, or that's not funny.
Probably the former. Huh.
Heh, that's probably only the third one I have gotten by myself. I still love the challenge and the way these are presented. Very nice job with the site and keep up the good work!
and for the confused, circle the square.
There is a shape--really a whole family of shapes--that simultaneously fit a circular hole, a square hole, and a triangular hole, in each case filling the hole perfectly. Martin Gardner noted it in one of his Mathematical Games columns, decades ago.