Differential Equations Week by week description

MATH 2403 Differential Equations:
Week by week description

Week One Resources: Existence and Uniqueness of Solutions/Solutions of Homogeneous Equations
Week Two Resources: Nonhomogeneous Equations, Variation of Parameters, Vibrations
Week Three Resources: Forced Vibrations, Electric Circuits, and First Order Systems
Week Four Resources: Eigenvalue Methods for First Order Systems
Week Five Resources: The Exponential Matrix
Week Six Resources: The Exponential Matrix
Week Seven Resources: Nonhomogeneous Systems, Linear First Order Equations
Week Eight Resources: Separable First Order Equations, Population Models, Euler's Method, Introduction to Stability
Week Nine Resources: Stability, The Energy Method, Phase Portraits
Week Ten Resources: Ecological Applications, Mechanical Systems
Week Eleven Resources: Bifurcations, The Laplace Transform, Initial Value Problems, Partial Fractions
Week Twelve Resources: Laplace Transform, Convolution, Piecewise and Periodic Functions
Week Thirteen Resources: Laplace Transform, Impulses, Delta Functions
Week Fourteen Resources: Power Series Methods
Week Fifteen Resources: Frobenius Series, Reduction of Order