First-order ODEs, direction fields, exact and numerical methods of solution, existence and uniqueness, applications and modelling. Second-order ODEs, with constant coefficients, homogeneous and non-homogeneous; methods of undetermined coefficients and variation of parameters; applications and modelling. Power series solutions of second-order ODEs about ordinary and singular points. Laplace Transform Methods.

Credit Restriction: Credit may be obtained for only one of Mathematics 331 or MAT 431

Prerequisites: Mathematics 120 [C- minimum grade required] and Mathematics 214 [C- minimum grade required] and 2nd year standing required
Corequisites: Academic Integrity Training 100
Further information: Course availability and times