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0:33:22

Part 3/4: Basis for a Vector Space

0:14:56

Part 2/4: Basis for a Vector Space

0:25:25

Part 1/4: Basis for a Vector Space

0:24:54

Part 3/3: Linearly Independent and Linearly Dependent Set of Vectors

0:20:34

Part 2/3: Linearly Independent and Linearly Dependent Set of Vectors

0:16:24

Part 1/3: Linearly Independent and Linearly Dependent Set of Vectors

0:14:53

What Is The Rank of A Matrix?

0:09:13

Introduction to a Homogeneous System and Its Solution

0:07:30

Using Inverse Matrix to Solve a System of Linear Equations

0:22:02

Using Cramer's Rule to Solve a System of Linear Equations with 3 Unknown Variables

0:12:35

Introduction to Elementary Matrices

0:20:37

Some Properties of Inverse Matrices

0:15:39

Gauss-Jordan Method to Find the Inverse of a Matrix with a Size Larger than 2 x 2

0:18:47

Adjoint Method to Find the Inverse of a Matrix With a Size Larger Than 2 x 2

0:23:53

Rules that Can be Used to Simplify the Process of Finding the Determinant of a Matrix

0:15:59

What is a Triangular Matrix and How to Find Its Determinant?

0:22:51

How to Find the Determinant of a 4 x 4 Matrix

0:44:06

How to Find the Determinant of a Higher Order Matrix

0:20:11

Reducing Matrices to Either REF (Row Echelon Form) and RREF (Reduced Row Echelon Form)

0:17:53

More Examples Related to Operations with Matrices

0:23:22

Matrix Multiplication, Power of Matrix and Transpose of Matrix

0:12:39

Matrix Addition, Scalar Multiplication and Matrix Subtraction

0:23:58

t - Distribution

0:47:15

Chi-Square Distribution