53:04
Identifying Exceptional Responders with Mixed Integer Optimization
13:55
Optimization Practice | Maximize Area of Rectangle Bounded by Parabola [Calc 1]
09:19
Logarithmic Differentiation? [Calc 1]
18:29
How to Solve ANY Related Rates Problem [Calc 1]
13:55
Implicit Differentiation is a PIECE OF CAKE - Easy Medium and Hard Examples [Passing Calc 1]
22:28
LINEAR QUADRATIC REGULAR (LQR) *MADE EASY*
06:06
Is this Function Even or Odd? A Simple Process [Passing Calc 1]
14:59
Linear Quadratic Regular (LQR) - Episode 2: Zero Input Cost & Lyapunov Equation
17:13
Linear Quadratic Regulator (LQR) - Episode 01: Introduction & Necessary Conditions
01:29:42
Georgia Tech Linear Algebra Midterm 3 Review Session | Diagonalization, Eigenvectors, Invertibility
29:53
Curve Sketching | Basically a Review of Calc 1 [Passing Calc 1]
08:27
Derivative of ln(x)^ln(x)?? [Passing Calc 1]
13:03
How to Solve ANY Optimization Problem [Calc 1]
03:34
A Geometric Proof of DeMorgan's Law
09:11
How to Find Closest Point in a Subspace to a Vector [Passing Linear Algebra]
12:08
Least Squares Regression | Final Exam Problem [Passing Linear Algebra]
09:08
Two Methods to Find Standard Matrix for Projection Onto a Line [Passing Linear Algebra]
11:46
Standard Matrix of Projection Formula Derivation [Passing Linear Algebra]
10:58
Orthogonal Complements | How to Find a Basis for "W Perp" [Passing Linear Algebra]
07:32
How to Find All Vectors Orthogonal to v and w [Passing Linear Algebra]
10:01
Stochastic Matrices; Steady State Vector [Passing Linear Algebra]
06:40
Invertible but NOT Diagonalizable (Plus all other combinations) [Passing Linear Algebra]
07:30
True False - Eigenstuff, Diagonalization, Determinants [Passing Linear Algebra]
05:02
Finding a Matrix GIVEN it's Eigenspaces [Passing Linear Algebra]
11:57
Diagonalizing 3x3 Matrix - Full Process [Passing Linear Algebra]
08:30
The 4 Ways to Tell if a Matrix is Diagonalizable [Passing Linear Algebra]
08:35
DIRTY Shortcut to Find Geometric Multiplicity [Passing Linear Algebra]
13:51
Complex Eigenvalues and Eigenvectors [Passing Linear Algebra]
20:28
Degenerate Perturbation Theory - 1
21:38
Introduction to Perturbation Theory + First Order Corrections
18:14
Second Order Corrections
04:30
Perturbations of a 2-State System [Example]
09:16
Perturbed Overlaps [Example]
11:43
Delta Function Perturbation [Example]
16:05
Eigenvectors of 2x2 Matrix and Basis for Eigenspaces: Eigenstuff (4/4) [Passing Linear Algebra]
06:56
Eigenvalues of 2x2 Matrix: Characteristic Polynomial: Eigenstuff (3/4) [Passing Linear Algebra]
09:33
Eigenspaces - A Geometrical Voyage: Eigenstuff (2/4) [Passing Linear Algebra]
07:31
Intro to Eigenvectors & Eigenvalues: Eigenstuff (1/4) [Passing Linear Algebra]
19:08
MOST IMPORTANT LINEAR ALGEBRA VIDEO - Invertible Matrix Theorem ON ROIDS [Passing Linear Algebra]
05:20
Matrix Algebra [Passing Linear Algebra]
08:50
Matrix Inverses [Passing Linear Algebra]
14:21
How to Get Determinant Through Row Reduction: (Determinants 2/2) [Passing Linear Algebra]
14:56
Cofactor Expansion: (Determinants 1/2) [Passing Linear Algebra]
09:09
Two Easy Ways to Multiply Matrices [Passing Linear Algebra]
15:18
How to Know if a Transformation is Linear: Transformations (4/4) [Passing Linear Algebra]
04:46
INSANE Hack to Find Span of Any Vectors [Passing Linear Algebra]
14:12
How to Find the Standard Matrix of a Transformation: Transformations (3/4) [Passing Linear Algebra]
13:21
One to One and Onto Transformations: Transformations (2/4) [Passing Linear Algebra]
09:51
Matrix Transformations (1/4): Domain, Codomain, Range, Standard Matrix [Passing Linear Algebra]
12:56
Rank & Nullity; How to Find a Basis for Null Space and Column Space [Passing Linear Algebra]
05:18
What is a Basis for a Subspace? [Passing Linear Algebra]
09:46
How to Determine if a Set of Vectors is Linearly Independent [Passing Linear Algebra]
07:25
What is a Subspace? [Passing Linear Algebra]
06:07
Midterm 1 True False Easy/Medium/Hard [Passing Linear Algebra]
05:07
What is Null Space? Geometric Interpretation? [Passing Linear Algebra]
05:28
Find All Values of k Such That a Vector is in a Given Span [Passing Linear Algebra]
14:34
What is Spans [Passing Linear Algebra]
11:10
Vectors & Linear Combinations [Passing Linear Algebra]
04:58
Zero, One, or Infinitely Many Solutions? [Passing Linear Algebra]
10:29
Parametric Vector Form and Free Variables [Passing Linear Algebra]
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