Lectures in Introduction
Lecture 1: What Is A Partial Differential Eqn?
Lecture 2: Comparing A Pde To A De
Lecture 3: Partial Differential Eqn Notation
Lecture 4: Partial Differential Operator
Lecture 5: The 1-D Wave Equation
Lecture 6: Partial Derivative Understood
Lecture 7: Is The Function A Solution Of Pde?
Lecture 8: Comparing Solutions: De & Pde
Lecture 9: General Sol. Of 2Nd Order Pde
Lecture 10: General Sol. Of Pde W/ 3 Variable
Lecture 11: What Is The Gradient Operator?
Lecture 12: A Gradient Operator Example
Lecture 13: What Is The Laplacian Operator?
Lecture 14: Understanding The Laplacian Operator
Lecture 15: What Are The Most Important Pdes?
Lecture 16: Some Solutions Of A 2Nd Order Pde
Lecture 17: General Solution Of A 1St Order Pde
Lecture 18: General Form Of 1St Order Linear Pde
Lecture 19: First Order Pde: Example 1
Lecture 20: 1St Order Pde (2 Partial Deriv.)
Lecture 21: 1St Order Pde (2 Partial Deriv.) Ex
Lecture 22: 1St Order Pde (2 Partial Deriv.) 1
Lecture 23: 1St Order Pde (2 Partial Deriv.) 2
Lecture 24: Gen. Form 2Nd Pde (2 Partial Deriv.)
Lecture 25: Gen. Form Of 2Nd Pde: Simplified
Lecture 26: 2Nd Pde: General Form
Lecture 27: 2Nd Pde: General Form Part 2
Lecture 28: 1-D Wave Equation
Lecture 29: 2-D Laplace Equation
Lecture 30: 2Nd Order Pde B^2 = 4Ac
Lecture 31: 2Nd: Using Characteristic Eqn.
Lecture 32: 2Nd: Using Boundary Conditions
Lecture 33: 2Nd: Non-Homogeneous Pde Ex.
Lecture 34: 1-D Wave Equation (Part 1)
Lecture 35: 1-D Wave Equation (Part 2)
Lecture 36: 3-D Wave Eqn. (Part 1)
Lecture 37: 3-D Wave Eqn. (Part 2)
Lecture 38: The Diffusion Equn (Part 1 Of 5)
Lecture 39: The Diffusion Equation (Part 2 Of 5)
Lecture 40: The Diffusion Equation (Part 3 Of 5)
Lecture 41: The Diffusion Equation (Part 4 Of 5)
Lecture 42: The Diffusion Equn (Part 5 Of 5)