Unformatted text preview: ODE. (Section 2.5) 6. Separable nonlinear ODE, how to ﬁnd its general solution, and how to solve the related IVP. Implicit solution and explicit solution. (Section 2.6) 7. Set up the IVP of a ﬁrst order ODE to model certain procedures (decay, mixing, 1D motion, etc.) (Sections 2.3, 2.4, 2.9) 8. Euler’s method for numerically solving IVP (Section 2.10): y = f ( t,y ) , y ( t ) = y . Note: • It is critical to review diﬀerentiation of simple functions and computing partial derivatives. • It is critical to review integration of simple functions and some of the basic integration techniques such as Integration by Parts and Change of Variable. 1...
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 Spring '09
 PRATHER
 Derivative, IVP., ﬁrst linear ODE

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