Presents methods of solving ordinary differential equations with applications to physical systems. Includes systems of equations, series solution, numerical solution and Laplace transforms.

• Upon completion of this course, the student should be able to apply methods for the solution of differential equations to solve problems involving rate, growth, decay, harmonic motion and resonance which are applicable to physical systems such as springs and masses, projectile motion, electrical circuits and mixing tanks.

Math 285 transfers to UNR, UNLV and most other two and four-year institutions, and addresses the missions of and the following student learning outcomes of the A.S., Mathematics degree.
● understand the content of calculus and differential equations.
●are able to apply the content of calculus and differential equations at the appropriate level in mathematics, science and engineering courses.

Math 285 satisfies the general education requirement for any degree or certificate and
addresses the mission of and the following student learning outcomes of General Education.

● can use appropriate college-level mathematical skills.
● have problem solving, creative, and critical thinking skills.