Linear Algebra 21i: How to Represent a Rotation with respect to an Arbitrary Axis

Linear Algebra 21j: Two Geometric Interpretations of Orthogonal Matrices

Linear Algebra 21g: Euler Angles and a Short Tribute to Leonhard Euler

Linear Algebra 21f: Rotation Matrices in 3D for Rotations with respect to the Coordinate Axes

Linear Algebra 21h: The Matrix that Represents an Arbitrary Rotation in 3D

Alexander Grischuk vs Magnus Carlsen | Crazy Crazy Chess!

Part 3 Linear Algebra: Linear Transformations

Линейная алгебра 21a: Жесткие преобразования

Linear Algebra 22a: Introduction to Orthoscaling (aka Symmetric) Transformations

Why Does Fire BURN? Feynman's Answer Will DESTROY Your Reality

Линейная алгебра 23b: Как определить матрицы Q и S в полярном разложении

Microsoft begs for mercy

Магнус Карлсен начинает свою всемирную блиц-кампанию!

Chess Pros REVEAL Their Biggest RED FLAGS!

Linear Algebra 21c: Rotation Matrices - Or Why You Should Love Trig

Magnus Carlsen Plays The Messi Of Chess

Linear Algebra 23a: Polar Decomposition - A Product of an Orthogonal and Symmetric Matrices

I Played My GM Mom in an OFFICIAL Chess Tournament!!!!!

Linear Algebra 15e: The Rotation Transformation

Линейная алгебра 20j: Скалярное произведение, матричное умножение и магия ортогональных матриц

Linear Algebra 23f: Introducing the Celebrated Singular Value Decomposition (SVD)