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Linear Algebra 20a: Introduction to Transformations (Mostly Linear) in the Plane and in the 3D Space
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Linear Algebra 20a: Introduction to Transformations (Mostly Linear) in the Plane and in the 3D Space
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Linear Algebra 20c: Length Expressed in a non-Cartesian Basis
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Lecture 20a. Change of variable 1.
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Linear Algebra 20b: Length Expressed in Terms of Components of a Vector
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Linear Algebra 19f: The Heart of Component Spaces - Matrix Representation of a Linear Tranformation
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Linear Algebra 19n: Matrix Representation of a LT - Vectors in ℝⁿ, Second Example
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Linear Algebra 19q: Matrix Representation of a LT - The Identity Transformation
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Linear Algebra 20d: Length Preserving Linear Transformations and Orthogonal Matrices
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Linear Algebra 19g: Matrix Representation of a LT - the Algorithm Works!
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Linear Transformations of the Plane
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Linear Algebra 19m: Matrix Representation of a LT - Vectors in ℝⁿ, Eigenbasis
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Linear Algebra 19o: Matrix Representation of a LT - Better than an Eigenbasis?
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Specialist maths 11 - 20A Introduction to vectors
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20A Part 1 Intro to vectors and vector addition
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Linear Algebra 20i: Component Representation of the Dot Product, as if You Don't Know It Alread...
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Linear Algebra 19c: Illustration of Component Spaces by a Sum of Geometric Vectors
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Linear Algebra 19e: Illustration of Component Spaces by a Sum of Vectors in ℝⁿ
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Linear Algebra 19u: The Derivative Operator Is Defective
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Linear Algebra 19a: Component Spaces - What They Are for and When to Use Them
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Linear Algebra 20h: The Key Properties of the Dot Product
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Linear Algebra 20e: Proof that Length Preservation Implies the Orthogonal Matrix Property
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Linear Algebra 21a: Rigid Transformations
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How to Make it Through Calculus (Neil deGrasse Tyson)
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Linear Algebra 19r: Translations, or How to Represent Nonlinear Transformations by Matrix Products
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