09:55

Diagonalization: Part 1/4 "Similar Matrices"

07:37

Diagonalization: Part 2/4 "Diagonalizable Matrices"

09:01

Diagonalization: Part 3/4 "Diagonalizability"

04:11

Complex Numbers: Part 4/5 "Complex Vector Spaces"

07:11

Polynomial Algebra: Part 3/4 "Vieta's Formulas"

06:37

Polynomial Algebra: Part 1/4 "Polynomials"

07:01

The Characteristic Polynomial: Part 5/5 "Sage"

08:04

Complex Numbers: Part 2/5 "Complex Vectors"

04:22

The Characteristic Polynomial: Part 2/5 "Calculating Eigenvalues"

08:10

Complex Numbers: Part 1/5 "Complex Numbers"

06:53

Complex Numbers: Part 5/5 "Sage"

13:49

Complex Numbers: Part 3/5 "Complex Matrices"

04:20

Polynomial Algebra: Part 4/4 "Sage"

04:52

The Characteristic Polynomial: Part 1/5 "The Characteristic Polynomial"

07:17

Polynomial Algebra: Part 2/4 "Fundamental Theorem of Algebra"

10:50

The Characteristic Polynomial: Part 4/5 "Trace and Determinant"

06:20

The Characteristic Polynomial: Part 3/5 "Algebraic Multiplicity"

01:25

Determinants II: Part 3/3 "Sage"

01:22

Determinants III: Part 3/3 "Sage"

11:53

Determinants I: Part 1/5 "Determinants"

07:36

Determinants I: Part 4/5 "Calculating Determinants"

09:49

Determinants II: Part 1/3 "Adjugates"

06:16

Determinants I: Part 5/5 "Sage"

05:36

Determinants III: Part 1/3 "Area in R^2"

06:33

Determinants III: Part 2/3 "Volume in R^3"

03:33

Determinants II: Part 2/3 "Cramer's Rule"

03:49

Determinants I: Part 3/5 "Properties"

09:11

Determinants I: Part 2/5 "The Expansion Theorem"

04:36

A=QR Factorizations: Part 3/5 "Projections"

09:12

A=QR Factorizations: Part 1/5 "Orthonormality"

03:50

The Gram-Schmidt Algorithm: Part 4/5 "Calculating A=QR"

05:43

The Gram-Schmidt Algorithm: Part 5/5 "Sage"

06:40

A=QR Factorizations: Part 5/5 "Sage"

07:41

The Gram-Schmidt Algorithm: Part 2/5 "Projections and Components"

05:33

The Gram-Schmidt Algorithm: Part 1/5 "Motivation"

09:02

The Gram-Schmidt Algorithm: Part 3/5 "The Gram-Schmidt Algorithm"

05:26

A=QR Factorizations: Part 4/5 "Least Squares"

05:02

A=QR Factorizations: Part 2/5 "A=QR Factorizations"

06:24

Least Squares: Part 2/4 "Derivation"

06:49

Orthogonality: Part 1/3 "Fundamental Subspaces"

10:23

Projections: Part 2/5 "Projection Formula"

07:17

Projections: Part 3/5 "Properties"

06:53

Projections: Part 1/5 "Geometric Motivation"

02:14

Orthogonality: Part 3/3 "Sage"

05:15

Least Squares: Part 4/4 "Sage"

09:35

Least Squares: Part 3/4 "Linear Regression"

07:28

Least Squares: Part 1/4 "Motivation"

11:33

Orthogonality: Part 2/3 "Using Orthogonality"

09:15

Projections: Part 4/5 "Orthogonality"

06:47

Projections: Part 5/5 "Sage"

03:27

Dimension: Part 5/5 "Sage"

06:05

Dimension: Part 4/5 "Betti Numbers"

09:00

Dimension: Part 2/5 "Fundamental Subspaces"

03:49

Dimension: Part 3/5 "Geometric Multiplicity"

08:07

Dimension: Part 1/5 "Dimension"

04:34

Bases: Part 4/4 "Sage"

06:58

Bases: Part 3/4 "Digraphs"

08:15

Bases: Part 2/4 "Fundamental Subspaces"

06:34

Bases: Part 1/4 "Bases"

03:23

Linear Independence: Part 4/4 "Sage"