Demonstration of Euler's identity via the limit definition of 𝑒pic.twitter.com/1ABHTrQiyw
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Wikipedia has a nice GIF of this. https://commons.wikimedia.org/wiki/File:ExpIPi.gif …pic.twitter.com/Ls0Nfqevsl
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aghhh! i was about to make one!
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This equation includes e, i, pi, phi and zero...i think this is the Best equation
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uhhh .... I see what you did there & it’s awesome.
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The "1+i*pi/n" is the first order expansion of the exp(i*pi*n) i suppose, is that enough to respect the equation? We only need n->inf?
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Isn't that just the definition of e? He played a little with it to put the iπ as an exponent.
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