Tubidy
    Linear Algebra 6k: The Null Space

    Linear Algebra 6k: The Null Space

    07:58 |
    Download MP3

    Related Videos

    The Dot Product and the Inner Product: Comparing These Key Concepts in Linear Algebra, Geometry, ℝⁿ 33:11

    The Dot Product and the Inner Product: Comparing These Key Concepts in Linear Algebra, Geometry, ℝⁿ

    What Is a Vector? It depends! Geometric perspective vs Linear Algebra vs ℝⁿ 19:17

    What Is a Vector? It depends! Geometric perspective vs Linear Algebra vs ℝⁿ

    Hypersurfaces, Unit Normals, and Signed Curvature 18:40

    Hypersurfaces, Unit Normals, and Signed Curvature

    The Curvature of a Curve, its Principal Normal and its Osculating Plane 18:18

    The Curvature of a Curve, its Principal Normal and its Osculating Plane

    The Main Intuitive Idea of Calculus (applied to curves in Differential Geometry) 8:47

    The Main Intuitive Idea of Calculus (applied to curves in Differential Geometry)

    Differentiation of Vectors: What It Actually Means to DIfferentiate a Vector-Valued Function! 10:50

    Differentiation of Vectors: What It Actually Means to DIfferentiate a Vector-Valued Function!

    The Geometric Interpretation of a Vector-Valued Function: It's a curve - end of story. 8:11

    The Geometric Interpretation of a Vector-Valued Function: It's a curve - end of story.

    Linear Decomposition by the Dot Product 19:33

    Linear Decomposition by the Dot Product

    Linear Algebra 11j: The Associative Property (a.k.a. Associativity) of Matrix Multiplication 10:01

    Linear Algebra 11j: The Associative Property (a.k.a. Associativity) of Matrix Multiplication

    A Criterion for Positive Definiteness of a Symmetric Matrix 16:19

    A Criterion for Positive Definiteness of a Symmetric Matrix

    Linear Algebra 9a: Introduction to Gaussian Elimination 6:41

    Linear Algebra 9a: Introduction to Gaussian Elimination

    Linear Algebra 16c: Determining Eigenvalues and Eigenvectors, a Detailed Example 8:00

    Linear Algebra 16c: Determining Eigenvalues and Eigenvectors, a Detailed Example

    Linear Algebra 8p: The Relationship Between the Column Space and the Null Space 28:13

    Linear Algebra 8p: The Relationship Between the Column Space and the Null Space

    Orthogonal Matrices 12:01

    Orthogonal Matrices

    Linear Algebra 4e: Linear Subspaces in ℝⁿ 11:59

    Linear Algebra 4e: Linear Subspaces in ℝⁿ

    Linear Algebra 18a: Introduction to the Eigenvalue Decomposition 10:23

    Linear Algebra 18a: Introduction to the Eigenvalue Decomposition

    Gaussian Quadrature 1: Summary of Legendre Polynomials 9:19

    Gaussian Quadrature 1: Summary of Legendre Polynomials

    Linear Algebra 13e: The LU Decomposition 16:55

    Linear Algebra 13e: The LU Decomposition

    Vector Calculus 0: Why Vector Calculus? 11:14

    Vector Calculus 0: Why Vector Calculus?

    Linear Algebra 18d: The Eigenvalue Decomposition and Powers of a Matrix 10:11

    Linear Algebra 18d: The Eigenvalue Decomposition and Powers of a Matrix