Mathematica Compare Mathcad & Mathematica - Find Solutions for Diff Eqns

AI Thread Summary
Mathcad 2003 is limited to finding particular solutions for differential equations, while Mathematica is capable of finding general solutions for ordinary differential equations (ODEs) and can also handle systems of linear equations, ODEs, and partial differential equations (PDEs). Mathematica is highly programmable, allowing users familiar with programming languages like C++ to effectively work within its environment. It excels in providing both analytical and numerical solutions, especially for complex systems where analytical solutions may not be feasible. Overall, for users seeking a robust tool for advanced mathematical computations, Mathematica is recommended over Mathcad.
TheDestroyer
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Mathcad or Mathematica?

Hi guys, I already have MathCad 2003 Installed in my computer, should I get Mathematica? What's the difference?

Can Mathematica find general solution of a differential equations? Mathcad can find only particular ones,

Can Mathematica solve a system of linear or differential equations or partial differential equations?

Thanks, and please be specific in the answer about the difference, and if it does it need any programming, I know C++, can I work in it if it needs?
 
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If you're looking for a general top notch tool Mathematica (or Maple) is your choice, IMHO. With respect to differential eqs and Mathematica you can get a decent view here :

http://documents.wolfram.com/mathematica/Built-inFunctions/AdvancedDocumentation/DifferentialEquations/NDSolve/index.html

Mathematica is really programmable :

http://documents.wolfram.com/mathematica/Built-inFunctions/Programming/

I do quite a bit of my programming stuff with it nowadays, eases and makes development quite a bit faster.
 
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I know that Mathematica does find general solutions of ODEs, but I'm not sure about systems of ODEs and PDEs. It is very programmable, though.
 
Matlab
:biggrin:
 
gnome said:
Matlab
:biggrin:

:biggrin: :biggrin: Both !
 
Manchot said:
I know that Mathematica does find general solutions of ODEs, but I'm not sure about systems of ODEs and PDEs. It is very programmable, though.

It does work with systems, as far as I know with the same limitations it works with ODEs and PDEs.
 
Definitely numerical.I mean,most of the systems are unsolvable analytically,therefore numerical sollutions can be found.A smart software is all u need...

Daniel.
 
Thanks everybody for the information...
 

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