Solving Differential equations using Mathematica

http://www.gumtree.com/london/88/46731988.html

How to solve differential equations in Mathematica.
Solving First Order and Second Order Differential equations
Solving Differential Equations with boundary conditions, i.e. finding the arbitrary constants.

Enjoy, and leave your comments

Category:

Education

Tags:

• Initial Conditions
• First Order
• Second Order
• Differential
• Equations
• Mathematica
• Boundary Conditions

[pmpalihena]

what do you need to press to get the answer, cuz after i insert the equation & press enter, it doesnt show me the answer.

[hifhif123]

@pmpalihena shift+enter, or the enter key on the number pad...

[jkilha1]

Well done!

[hifhif123]

@jkilha1 Thanks. Check out others if you got the time. There is one other mathematica video, "how to plot a donut/ torus", it has no commentary though.

[moncholox]

Hi! I'm a mechanical engineering student from Argentina and this video is very helpful! thank you!

[yirafel1]

I graduated from UPR-Mayaguez with a BS in Chemical Engineer in 2008.  Over this summer, I will start the PhD. program in Chemical Engineering and Material Science Department at the Michigan State University. I will use mathlab.... Thanks for the video!!!

[yynotx]

excellent overview offering rare clarity about differential classes and mathematica syntax. i really wish mathematica would fully support subscripted variables. thanks

[lacsylle]

Oh that's very helpful for a beginner, thanks!

[topito2]

very informative, thank you!!!!

[Yereke]

Hello, I derived value of b by Taylor's series expansion, but now want to check my result with Mathematica 6.

Do you know how can I find b by Mathematica 6 from: pU(a+x-b)+(1-p)U(a-b)=U(a)? I used Solve[pU[a + x - b] + (1 - p) U[a - b] == U[a], b], but it soesn't give me an answer.

[14tobi07]

thanks man