Basic Linear Algebra Concepts for Tensors @FacultyofKhan
Basic Linear Algebra Concepts for Tensors  @FacultyofKhan
Uploaded February 2019 | Updated September 2026, 2 weeks ago
In this short video, I go over some very basic concepts in linear algebra that will be relevant to tensors later on in the series. These include Linear Transformations and General Transformations. I finish the video with the Chain Rule for Partial Derivatives (which will also come in handy in the future) expressed in terms of Einstein Notation.

My lecture series on Tensors assumed knowledge of Linear Algebra, so this should be a fairly elementary review for most people. Nonetheless, in my effort to be as self-contained as possible, I made this 'detour' video just in case people needed it. In any case, we have the foundation necessary to tackle the actual Mathematics of Tensors, starting from the next video in the series.

Questions/requests? Let me know in the comments!

Pre-reqs: The previous videos in the playlist - youtube.com/playlist?list=PLdgVBOaXkb9D6zw47gsrtE5XqLeRPh27_
Lecture Notes: drive.google.com/open?id=1ZWnssKy7wghon0UHOzzNOtsncYRj4KsR
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Basic Linear Algebra Concepts for TensorsFourier Transforms in Partial Differential EquationsThe Principle of Stationary ActionDynamical Systems on a Circle | Nonlinear DynamicsHow to Transform Spacetime Diagrams | Special RelativityIntroducing Convolutions: Intuition + Convolution TheoremTime Dilation in Special Relativity: Derivation + ExampleIntroduction to Partial Differential Equations: Definitions/TerminologyFree Particle Solution to the Schrodinger Equation | Quantum MechanicsIntroduction to Heat TransferWhy Gravity is Spacetime Curvature: Introducing General RelativityThe Gamma Function, its Properties, and Application to Bessel Functions
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Basic Linear Algebra Concepts for Tensors

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