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A review of the main topics covered in the math 275 ordinary differential equations course during the spring 2011 semester. The final exam will consist of 10 problems covering concepts from chapters 1 to 5, including solving first and second order differential equations, interpreting slope fields, finding equilibrium solutions, and understanding properties of linear systems. Students are allowed to bring information cards and scratch paper during the exam. Specific topics to be familiar with for the exam.
Typology: Exams
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The exam is cumulative and consists of 10 problems covering the main concepts in the course.
You may bring two 4”x 6” information cards for use during the exam.
A calculator may be handy.
You should bring some scratch paper.
You will have the entire class period for the exam.
The following is a list of topics that you should be familiar with for the final exam. Exam problems will cover some subset of these topics.
Chapter 1 9 Be able to solve 1st^ order differential equations by separation of variables. 9 Be able to interpret slope/direction fields. 9 Be able to apply Euler’s method for 1st^ order differential equations. 9 Be able to find equilibria and be able to draw associated phase lines. 9 Be able to draw and label bifurcation diagrams. 9 Be able to solve, analytically, 1st^ order linear differential equations by the method of guessing (undetermined coefficients) and by the method of integrating factors.
Chapter 2 9 Be able to find equilibrium solutions and interpret direction fields.
Chapter 3 9 Be familiar with properties of linear systems, vectors, matrices, etc. 9 Be able to find straight line solutions. 9 Be familiar with phase planes, how they are constructed and how they are interpreted.
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9 Be able to find eigenvalues, eigenvectors, general, and particular solutions for 2x2 linear systems with: ¾ Real eigenvalues ¾ Complex eigenvalues ¾ Zero and repeated eigenvalues
9 Be able to solve 2nd^ order linear homogeneous differential equations with constant coefficients two ways: directly and by first converting to a 2x2 1st^ order linear system.
Chapter 5 9 Be able to find and classify all equilibria for 2x2 nonlinear systems. 9 Be able to “linearize” a given nonlinear system in the neighborhood of equilibrium points.
Chapter 4 9 Be able to solve 2nd^ order linear nonhomogeneous (forced) differential equations with constant coefficients by the method of undetermined coefficients. 9 Be able to determine natural and forcing frequencies. 9 Be able to determine beat frequencies if beats are present.
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