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The Geometry Behind Trigonometry’s Most Famous Formula.

114,176 views • 3 months ago •via X (Twitter)

15 Comments

art seiders 🇳🇱 🇯🇵🇺🇸🇮🇹🇧🇪's profile picture
art seiders 🇳🇱 🇯🇵🇺🇸🇮🇹🇧🇪3 months ago

Pythagoras

The Math Flow's profile picture
The Math Flow3 months ago

That must be a genuine response.

Dr. J. Edward Daniel's profile picture
Dr. J. Edward Daniel3 months ago

This is awesome. I’m struggling to wrap my mind around it.

The Math Flow's profile picture
The Math Flow3 months ago

Thanks for the appreciation.🙏

菅野正人's profile picture
菅野正人3 months ago

1714年イギリスのロジャーコーツが発明したオイラーの公式と弧度法はのちにガロア円分体理論2π/n(複素数体)の重要な柱としてそれまで円とのつながりがなかった度数法の三角関数論に弧度法で革命をもたらし単位円円周上で数学と宇宙を繋いだ。 リーマン予想 証明完了!

Mare's profile picture
Mare3 months ago

Beautiful.

NowDoYouGetIt's profile picture
NowDoYouGetIt3 months ago

That is so cool.

Jun C9's profile picture
Jun C93 months ago

@grok 如果在複數座標呢

Ninjha Turtle's profile picture
Ninjha Turtle3 months ago

It's damn (1/cos C).

RF北灰's profile picture
RF北灰3 months ago

表达的很形象,数学之美

owenga Joseph's profile picture
owenga Joseph3 months ago

any website that visualize all of trig

菅野正人's profile picture
菅野正人3 months ago

それは三角関数ではなくピタゴラスの定理の斜辺cの任意のフラクタルな長さをc/c=1と相殺して任意の宇宙円を半径1の単位円円周上 2πに囲い込んで複素数化した物でθは弧度法でなければ成立しないe ^iθ=cosθ+i sinθオイラーの公式である。 リーマン予想 証明完了!

Tobi Soboyejo's profile picture
Tobi Soboyejo3 months ago

Can you do one on Euler’s Formula please

My Valentine's profile picture
My Valentine3 months ago

So inf+0=1

Esra's profile picture
Esra3 months ago

This is a nice video! Thanks for sharing

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