Math 391 Lecture 11 - Why do nth order linear ODEs have n solutions?
Math 391 Lecture 11 - Complex roots - Repeated roots - Reduction of order
Math 391 1XC Lecture 11 - More undetermined coefficients examples, and spring mass problems
Math 391 Lecture 6 - Continuous compounding and Exact Equations
Math 391 Lecture 19 - Series solutions to linear ODEs at Ordinary Points
Math 391 Lecture 14 - Mechanical Vibrations - Motion of a mass at the end of a vibrating spring
Math 391 Lecture 9 - Killing the Doozie; Euler's equation; 2nd Order ODEs
Math 391 Lecture 17 - Conclusion of higher order equations and Series Solutions to linear ODEs
Math 391 Lecture 9 - SOLDEs with constant coefficients and the Existence and Uniqueness Theorem
Alg 1 Pgs. 390-391 #11
Math 391 Lecture 12 - Nonhomogeneous SOLDE - The Method of Undetermined Coefficients (Setup)
Partial Differential Equations - Giovanni Bellettini - Lecture 11
Math 391 Lecture 21 - Finding Laplace Transforms and using them to solve ODEs
Math 391 Lecture 5 - Modeling with linear equations continued - Mixture Problems
Math 391 Lecture 4 - Homogeneous 1st order ODEs and modeling with first order linear ODEs
Math 391 Lecture 4 - Solving mixture problems with ODEs; Homogeneous 1st order equations conclusion
Math 391 1XC Lecture 21 - Final Exam Review
Math 391 Lecture 20 - It's about Hope! Series solutions; Euler equations and regular singular points
Math 391 Lecture 6 - Exact Equations and Reduction of Order
Compact Course on Mathematical Aspects of Euler Equations by Eduard Feireisl lecture 11
Math 391 Lecture 3 - Homogeneous first order differential equations
Math 391 Lecture 13 - The conclusion of Undetermined Coefficients and Variation of Parameters
Math 391 Lecture 14 - Undetermined Coefficients
Math 1108-R17 Lecture 35 - Review - Markov chains, Bayes' Rule, Independence, Mutually exclusive
Math 391 1XC Lecture 3 - Homogeneous First Order Differential Equations
