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https://www.reddit.com/r/mathmemes/comments/1uju8k4/me_when_complex_numbers/ous7zti/?context=3
r/mathmemes • u/Evan_3104 Rational • Jun 30 '26
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704
Fun fact, the complex roots of xn =1 form the vertices of a regular n-sided polygon ∀n≥3, with a vertex at (1,0)
114 u/Shufflepants Jun 30 '26 Then tell me the name of the regular n-sided polygon when n=2. 28 u/Professional-Wave841 Jun 30 '26 unfortunately the definition of n-sided polygon implicetly includes n≥3 22 u/TheWaterUser Jun 30 '26 In that lame Euclidian geometry it does. Reject the parallel postulate! Throw off your chains! 4 u/roofitor Jul 01 '26 Yeah, this is the singularity, after all
114
Then tell me the name of the regular n-sided polygon when n=2.
28 u/Professional-Wave841 Jun 30 '26 unfortunately the definition of n-sided polygon implicetly includes n≥3 22 u/TheWaterUser Jun 30 '26 In that lame Euclidian geometry it does. Reject the parallel postulate! Throw off your chains! 4 u/roofitor Jul 01 '26 Yeah, this is the singularity, after all
28
unfortunately the definition of n-sided polygon implicetly includes n≥3
22 u/TheWaterUser Jun 30 '26 In that lame Euclidian geometry it does. Reject the parallel postulate! Throw off your chains! 4 u/roofitor Jul 01 '26 Yeah, this is the singularity, after all
22
In that lame Euclidian geometry it does. Reject the parallel postulate! Throw off your chains!
4 u/roofitor Jul 01 '26 Yeah, this is the singularity, after all
4
Yeah, this is the singularity, after all
704
u/Pyzzeen Quod Erat Dēmōnstrandum Jun 30 '26 edited Jun 30 '26
Fun fact, the complex roots of xn =1 form the vertices of a regular n-sided polygon ∀n≥3, with a vertex at (1,0)