MATLAB Matlab or computer algebra systems

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Matlab and computer algebra systems (CAS) utilize symbolic differentiation to compute derivatives, applying the same fundamental rules taught in calculus courses. Matlab incorporates a CAS called MuPad for symbolic manipulation, available in specific editions or with additional toolboxes. The process does not primarily rely on matrix transformations; instead, it focuses on the application of differentiation rules. For further details, resources on symbolic differentiation can be explored online.
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How does Matlab or computer algebra systems find derivatives of functions?
Is it correct that they use matrix transformation?
 
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matqkks said:
How does Matlab or computer algebra systems find derivatives of functions?
Is it correct that they use matrix transformation?

1. There is not really any distinction between Matlab and the CAS systems as Matlab has a CAS (MuPad) embedded in it for symbolic manipulation (or it does if you have the student edition or have forked out the extra £500-1000 for the symbolic toolbox)

2. They find derivatives by essentially applying the same sort of rules you will have learned in your calculus courses. If you want more information Google for "symbolic differentiation", you will find hits like http://mitpress.mit.edu/sicp/full-text/sicp/book/node39.html

CB
 
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