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| Credits: |
4 (4/0/0) |
| Description: |
This course includes first and second order differential equations with applications in physics, electrical engineering and chemistry. It also includes Laplace transforms, matrices, series solutions and systems of differential equations. |
| Prerequisites: |
MATH2231 |
| Corequisites: |
(None) |
| Competencies: |
- Solve first-order differential equations.
- Express a real-life system or a phenomenon as a mathematical model.
- Solve linear differential equations of order two or higher.
- Express a dynamical system as a mathematical model.
- Apply the Laplace Transform to solve differential equations.
- Solve linear higher-order differential equations with variable coefficients using power series.
- Solve systems of differential equations by the elimination method.
- Solve systems of linear first-order differential equations.
- Express real-life applications as systems of first-order differential equations.
- Use direction fields to illustrate solutions of differential equations.
- Apply the Existence and Uniqueness Theorem.
- Apply Euler's Method to approximate solutions to differential equations.
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| MnTC goal areas: |
(N/A) |
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