Ron_Johns
Use Python to Display Vector Fields
14:35
Ron_Johns
Use Math and SageMath to Compute Total Flux of Electric Field thru Sphere
33:39
Ron_Johns
Surface Integrals of Vector Valued Functions With Sagemath
40:34
Ron_Johns
How to Compute Surface Integrals Using SageMath
33:42
Ron_Johns
Surface Areas of Paraboloids Using SageMath
39:46
Ron_Johns
Surface Area Via Integration
24:01
Ron_Johns
Cube Cross Sections, Version 2
25:15
Ron_Johns
Cube Cross Sections
25:01
Ron_Johns
Volume? Integrate Cross Sections!
39:30
Ron_Johns
The Volume of (in) an Ellipsoid
12:42
Ron_Johns
The Gradient, the Tangent Plane and Approximation
45:31
Ron_Johns
How To Compute Tangent Planes to Surfaces, Display them, and Use for Approximations
38:19
Ron_Johns
Tangent Line to a Surface
34:54
Ron_Johns
3D Plotting of Surfaces in MatLab and Octave v2.0
13:22
Ron_Johns
3D Plotting of Surfaces in MatLab and Octave
13:52
Ron_Johns
Directional Derivatives and Linear Approximation
18:54
Ron_Johns
Integration in Spherical Coordinates and Calculation of the Moment of Inertia
1:16:59
Ron_Johns
Integration in in Cylindrical Coordinates and Calculation of the Moment of Inertia
40:03
Ron_Johns
How to Calculate a Disk's Moment of Inertia
30:08
Ron_Johns
Areas in Polar Coordinates
7:45
Ron_Johns
How to Evaluate Double Integrals
57:39
Ron_Johns
Double Integrals and Iterated Integrals
56:26
Ron_Johns
Integration Techniques : Half Angle Substitution
22:40
Ron_Johns
ODEs Lesson 34 Frobenius Method with Repeated Roots
55:38
Ron_Johns
ODEs Lesson 33 Series Solutions by the Frobenius Method
1:20:26
Ron_Johns
ODEs Lesson 32 Power Series Solution of Non-Homogeneous ODE
37:34
Ron_Johns
ODEs Lesson 29 The Two Tank Problem
30:43
Ron_Johns
ODEs Lesson 31 General Power Series Solutions
35:11
Ron_Johns
ODEs Lesson 30 Solve ODEs with variable coefficients by Power Series
1:16:05
Ron_Johns
ODEs Lesson 28 Solve dx /dt = A x(t) + g(t) - a system of first order non-homogeneous ODEs
1:05:32
Ron_Johns
ODEs Lesson 27 Convert ODE Into a First Order System
32:43
Ron_Johns
ODEs Lesson 26 Solve x'=Bx using Generalized Eigenvectors
38:21
Ron_Johns
ODEs Lesson 25 Solve a System of 1st Order ODEs
34:18
Ron_Johns
ODEs Lesson 24 Eigenvalues and Eigenvectors
30:42
Ron_Johns
ODEs Lesson 23 Determinants and Invertibility
49:42
Ron_Johns
ODEs Lesson 22 Inverse of Matrix
56:36
Ron_Johns
ODEs Lesson 20 Matrices and System of Linear Agebraic Equations
1:25:40
Ron_Johns
ODEs Lesson 21 Matrix Algebra and Matrix Equations
50:10
Ron_Johns
ODEs Lesson 19 Numerical Solution of Spring/Mass Periodic Force IVP
49:52
Ron_Johns
ODEs Lesson 18 Laplace Transforms of Arbitrary Periodic Functions
46:40
Ron_Johns
ODEs Lesson 17 Laplace Transformation of Piecewise Defined Functions
1:09:28
Ron_Johns
ODEs Lesson 16 Laplace Transform
1:42:58
Ron_Johns
ODEs Lesson 15 Variation of Parameters
53:06
Ron_Johns
ODEs Lesson 14 Forced Mechanical Vibrations and the Annihilator Method;
1:17:33
Ron_Johns
ODEs Lesson 13 Third and Higher Order Homogeneous ODEs
45:39
Ron_Johns
ODEs Lesson 12 Mechanical Vibrations Without External Forces
1:03:19
Ron_Johns
ODEs Lesson 11 Complex Solutions to Characteristic Equation
32:46
Ron_Johns
ODEs Lesson 10 When the Characteristic Equation has Double Roots
24:22
Ron_Johns
ODEs Lesson 9 Second and Higher Order ODEs
1:05:47
Ron_Johns
ODEs Lesson 8 Euler's Method to numerically solve dy/dx = f(x,y)
24:28
Ron_Johns
ODEs Lesson 6 Exact ODEs
47:51
Ron_Johns
ODEs Lesson 5 Separable ODEs
43:34
Ron_Johns
ODEs Lesson 7 More on M dx + N dy = 0
25:31
Ron_Johns
ODEs Lesson 1 Seven Basic Concepts Concerning Differential Equations
30:42
Ron_Johns
ODEs Lesson 4 Modelling Continuous Compounding Interest, Exponential Growth and Decay
37:53
Ron_Johns
ODEs Lesson 2 Integrating Factors
34:04
Ron_Johns
ODEs Lesson 3 Dynamic Mixing Problem
24:53