ooo, now do a tesseract for (a+b)⁴
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(a+b+c+d)³=a³+b³+c³+d³+ 3·(a²b+a²c+a²d+b²a+b²c+b²d+c²a+c²b+c²d+d²a+d²b+d²c)+6(abc+abd+acd+bcd) Little bit messy because of perspective and transparency, but fun nonethelesspic.twitter.com/Qdrfp3EwfO
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Visualized math is a fantastic way for certain learners to instantly “get it”
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Perhaps being dim but where is the a^3?
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The three ba^2 slices are "thin", and so there is a a^3 hidden cube in the back below the top ba^2 slice.
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@sci_phi You can buy one for your desk. https://www.amazon.com/D-Distributor-Montessori-Trinomial-Cube/dp/B0070XYZV0 … (Or make one, if you're so inclined.) -
Cool!
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Ooh, that makes sense, thank you
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I made one of these out of a 5x5 Rubik’s cube.https://twitter.com/cubes_art/status/971091394940096513?s=20 …
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