Math 391 Lecture 5 - Modeling with linear equations continued - Mixture Problems
Math 391 Lecture 5 - More mixture problems; Newton's Cooling Law
Math 391 1XC Lecture 5 - Continuous Compounding; Newton's Cooling Law; Exact Differential Equations
Math 391 Lecture 6 - Continuous compounding and Exact Equations
Math 391 Lecture 6 - Exact Equations and Reduction of Order
Lecture 5 || LUB GLB || Real Analysis || Anindya S. Das (JAM AIR 391)
Math 391 1XC Lecture 20 - Sturm-Liouville Theory; The Eigenvalue Problem; and The Heat Equation
Math 391 Lecture 4 - Solving mixture problems with ODEs; Homogeneous 1st order equations conclusion
Math 391 Lecture 17 - Conclusion of higher order equations and Series Solutions to linear ODEs
CCNY-Math 39100 Lecture 5: Modeling with 1st Order- Tank/Salt problems & Compound Interest
Math 391 1XC Lecture 4 - Modeling with First Order ODEs: Mixture Problems and Continuous Compounding
PDE: Heat Equation - Separation of Variables
Complex form of Fourier series (lecture 5)
Equations with partial derivatives - Lesson EDIFP 5
Math 391 Lecture 1 - Intro and a very brief (and incomplete) overview of ODEs
Math Quick Tips | Solve in under 1 min | Slope | Functions | Proportions | Kathleen Jasper
Praxis Core Math - Geometry Practice Problems | Angles | Volume | Circumference | Kathleen Jasper
Math 391 Lecture 22 - Fourier Series
Math 391 Lecture 1 - Intro to Differential Equations; Separation of Variables
Math 391 Lecture 4 - Homogeneous 1st order ODEs and modeling with first order linear ODEs
Math 391 Lecture 22 - Solving ODEs with the Laplace Transform; More on series solutions to ODEs
Math 391 Lecture 13 - The conclusion of Undetermined Coefficients and Variation of Parameters
Math 391 1XC Lecture 0 - Class Intro; What are Differential Equations and Why do we care?
Differential Equations: Lecture 1.1-1.2 Definitions and Terminology and Initial Value Problems
Math 391 1XC Lecture 6 - Exact Equations with Integrating Factors
