Differential Equations with Mathematica by James P. Braselton, Martha L. Abell

Differential Equations with Mathematica James P. Braselton, Martha L. Abell ebook
ISBN: 0120415623, 9780120415625
Page: 893
Format: pdf
Publisher: Academic Press

GO Partial Differential Equations and Mathematica Author: Michael R. He is currently working on kwantix, a partial differential equations solver using radial basis functions and domain decomposition methods. Now I ask Mathematica to solve it, using DSolve. Mathematica differential equation in Math & Science Software is being discussed at Physics Forums. Differential Equations with Mathematica, Third Edition free download Depositfiles.com, Hotfile.com. When I type DSolve[y''[x]+3*y'[x]=(1/(y[x])^5) ,y'[0]==0,y[x],x]; I get "second-order nonlinear ordinary differential equation" as a result. As a starting point we experimented with many partial differential equations by solving them analytically and numerically in order to familiarize ourselves with this particular speciality of Mathematica. Language: English Released: 1997. Publisher: CRC-Press Page Count: 199. It is only personal preference that I start with separate differential equation and initial conditions. He has written extensively on the educational applications of Mathematica, including the books VisualDSolve: Visualizing Differential Equations with Mathematica, and Animating Calculus: Mathematica Notebooks for the Laboratory. Cookbook helps you master the application's core principles by walking you through real-world problems. That is all of the commentary I have concerning his essay. But powerful software, although not very intuitive. I don't understand what mistake I am making. The idea behind these demonstrations is to use Mathematica's command Manipulate that permits to have interactive presentations. Mathematica can do symbolic mathematics and is particular strong in graphics and in solving complex numerical problems, such as control tasks and differential equations. Y''+3y'=1/(y^5), y'(0)=0, using mathematica. Sch?ferkotter, Pratap Puri, Prem K. Differential Equations with Mathematica completely covers constructing, numerical computing, and approximating solutions to ordinary and partial differential equations. Mathematica is a lot better than Sage in symbolic math (integration, symbolic differential equations, etc.).