12-267/Topic List: Difference between revisions
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Solving exact equations with and without integration factors |
Solving exact equations with and without integration factors |
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Fundamental Theorem and proof |
[http://drorbn.net/index.php?title=12-267/Existence_And_Uniqueness_Theorem Fundamental Theorem and proof] |
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Chain law |
Chain law |
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Isoperimetric Inequality |
Isoperimetric Inequality |
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Numerical methods |
[http://drorbn.net/index.php?title=Numerical_Methods Numerical methods] |
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Evaluating local error |
Evaluating local error |
Revision as of 20:48, 10 December 2012
Here is a (incomplete) list of subjects covered in MAT267 this semester.
The brachistochrone
First-order linear equations
Separable equations
Escape velocities
Changing source and target coordinates
Homogeneous equations
Reverse-engineering separable and exact equations
Solving exact equations with and without integration factors
Chain law
Variational problems
Euler-Lagrange, derivation and reductions
Lagrange multipliers
Isoperimetric Inequality
Evaluating local error
Higher order constant coefficient homogeneous linear ODEs
Multiple roots
Reduction of order
Method of Undetermined Coefficients
Systems of equations
Matrix exponetiation
Phase portraits
Non-homogeneous systems
Power-series solutions
Global existence for linear ODEs
Wronskian
Series solutions for y' = f(x,y)
Radius of convergence
Airy's equation
Fuch's Theorem
Regular singular points
Frobenius series and Frobenius Method
The basic oscillation theorem
Non-oscillation theorem
Sturm comparison theorem
Changing the independent variable
Amplitudes of oscillations