Linear Systems of Differential Equations

Explore the fascinating world of linear systems of differential equations in this 31-minute lecture from The Great Courses Plus. Delve into the practical applications of linear algebra, from search engine optimization to data recovery and budget maximization. Learn how to use matrix and vector notation, find equilibrium points, derive straight line solutions, and understand the linearity principle. Discover the power of phase plane visualization, explore linear independence among vectors, and uncover the relationship between homogeneous and non-homogeneous solutions. Gain insights into decaying exponentials through straight line solutions, all while decoding the mathematical intricacies of the universe with Dr. Robert L. Devaney as your guide.

Dr. Devaney Reintroduces the Mass Spring System
Using Linear Algebra as a Method
Review Matrix Notation With an Example
Practice Vector Notation for Linear Systems
Always Begin by Finding Equilibrium Points
All Linear System Origins Have an Equilibrium Point
Derive the Important Straight Line Solution
Discover a Property of Constants
Examine the Solutions in the Phase Plane
Two Solutions Reveal All in Linear Algebra
Devaney Reveals the Linearity Principle
Combine Solutions to Find a General Solution
The Phase Plane Visualizes the Alternate Solutions
Alternate Solutions Lead to a Saddle Phase Plane
Vectors Reveal a Quicker Route to a General Solution
Linear Independence Among Vectors
Linear Independence Leads to Constant Solutions
Finding Homogeneous and Non-Homogeneous Solutions
Straight Line Solutions Show Decaying Exponentials