Post ATM37o9s6Rnr288fJ2 by [email protected] | |
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Post #ATLwR6jIa0WMSExto0 by [email protected] | |
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If you divide a square into N similar rectangles, what proportions can these re… | |
Post #ATLxoKXzTL8TvKJTma by [email protected] | |
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Here is Daniel Gerbet's new solution! He writes:"After running the co… | |
Post #ATM0LipmOXOkiFgTGC by [email protected] | |
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@johncarlosbaez Without checking the polynomial: it seems to me it would be a c… | |
Post #ATM0LiuO7P5IwXq9RY by [email protected] | |
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@rgs - I'm not sure what you mean, but each solution to this sort of proble… | |
Post #ATM1AblyPO01a5ATqq by [email protected] | |
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@johncarlosbaez I can confirm this; I get the same degree 7 polynomial for the … | |
Post #ATM37nzwhLraXLUjpo by [email protected] | |
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@johncarlosbaez it is real! i made a mistaken assumption in my code to try to … | |
Post #ATM37o4uOtpimjohZQ by [email protected] | |
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@johncarlosbaez the issue is that "last" is in the order the rectangl… | |
Post #ATM37o9s6Rnr288fJ2 by [email protected] | |
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@johncarlosbaez either changing it to always orient the *first* rectangle in th… | |
Post #ATM37oD3uaM5C1dDHM by [email protected] | |
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@ianh - wow, that's great. That was an interesting bug I'm surprised… | |
Post #ATM3Cy14sUuJ3WUA1g by [email protected] | |
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@gregeganSF - great! |