Cauchy Bunyakovsky Schwarz Inequality I (visual proof)

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This is a short, animated visual proof of the two-dimensional Cauchy-Schwarz inequality (sometimes called Cauchy–Bunyakovsky–Schwarz inequality) using the Side-angle-side formula for the area of a parallelogram. #math​ #inequality ​ #manim​ #animation​ #theorem​ #pww​ #proofwithoutwords​ #visualproof​ #proof​ #iteachmath #algebra #areas #mathematics #cauchyschwarz #algebraicidentity #mathshorts​ #mathvideo​ #mtbos

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You took that hep bass line for a walk and mathed up my brain.

missingtourist
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In the library studying for my lin alg final but this music has me cracking up 🤣😭

PiceaGlauca
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Great job! I enjoyed watching this nice visual proof.

mathflipped
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It's a nice visualization. An algebraic proof of the n-dimensional version is also very simple : use that the
quadratic function in t defined as sum (xk+t*yk)^2 >= 0 .Then the discriminant condition is just the Cauchy-Schwarz inequality.

renesperb
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Great explanation! Though at the end angular brackets have been used to denote coordinate pairs, which is a bit confusing since they are usually used to denote inner products (and inner product also features in the video!).

the_hidden_library
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So gooood, once you get the hang of it, it flowws, thanks for sharing ^^

vpambspt
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This guy always has the best videos. Keep it up.

horlickminton
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Thanks.. quite helpful to remember, when in doubt..

harishsasikumar
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why are the absolute value operators necessary?

duccline
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the music is horrible but i love the simplicity of the explanation!

alexbourlis
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This proof only works for the special case where the inner product is the dot product. This does not prove the Cauchy-Schwarz inequality.

ichigonixsun
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А если поверхность не является однородным пространством?))😀

заряд-од