Math 391 1XC Lecture 4 - Modeling with First Order ODEs: Mixture Problems and Continuous Compounding
Math 391 1XC Lecture 5 - Continuous Compounding; Newton's Cooling Law; Exact Differential Equations
Math 391 1XC Lecture 10 - Particular Solutions: Variation of Parameters & Undetermined Coefficients
Math 391 1XC Lecture 3 - Homogeneous First Order Differential Equations
Math 391 1XC Lecture 14 - EUT for first order nonlinear ODEs; Intervals of solutions; Series Review
Math 391 1XC Lecture 17 - Euler Equations and Series Solutions near Regular Singular Points
Math 391 1XC Lecture 9 - Solutions to linear ODEs; Linear Independence and The Wronskian
Math 391 Lecture 1 - Intro to Differential Equations; Separation of Variables
Pi-card Method
INTRODUCTION OF SERIES SOLUTION NEAR REGULAR SINGULAR POINTS (INDICAL ROOTS DIFFER BY AN INTEGER)
2nd Order Linear Differential Equations with Constant Coefficients
Differential Equations: post mortem of Test 2, comment for final exam, 12-12-17
CONDUCTION 4 -SOLUTION OF 1D STEADY STATE HEAT CONDUCTION EQUATION WITH HEAT GENERATION FOR SLAB.
Modeling with First-Order DEs: Mixtures Examples
Math 391 Lecture 0 - Class Intro
CCNY-Math 39100 Lecture 5: Modeling with 1st Order- Tank/Salt problems & Compound Interest
Math 212 1XW Lecture 0 - Class Intro; The logarithm as an Integral; Hyperbolic Trig Functions
Math 212 1XW Lecture 27 - More on Partial Derivatives; and a bit on Differentiability
SPECIAL CASE: METHOD OF UNDETERMINED COEFFICIENT
Heat Equation Introduction
