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|    sci.math.symbolic    |    Symbolic algebra discussion    |    10,432 messages    |
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|    Message 9,463 of 10,432    |
|    Dr Huang to asetof...@gmail.com    |
|    Re: [Axiom] define a rule    |
|    08 Jun 17 21:13:21    |
      From: drhuang57@gmail.com              On Thursday, 8 June 2017 19:31:51 UTC+10, asetof...@gmail.com wrote:       > Int(f(2*x+1)dx)==Int((f(2*x+1)/2)*2dx)       > ==Int(f(2*x+1)/2 d(2*x+1))==       > ==Subst(Int(f(y)/2 dy),y=2*x+1)       > ==F(2*x+1)/2 + c       > Where F'(x)=f(x)       > It is easy only note that can be written using y==2*x+ 1 as variable... Or       2*x+1 is just a costant...              You need to define int(f(2x+1),x), int(f(2x+2),x), int(2f(2x+3),x),       int(3f(3x+1),x), int(4f(3x+2),x) ... etc.? How many rules did you need to       define? You need to define only one rule in mathHandbook, it auto learn these       all.              It learns the many complicated integrals, e.g. 2f(2x+1), from a single simple       integral of f(x).              reference math handbook       www.mathHandbook.com              --- SoupGate-Win32 v1.05        * Origin: you cannot sedate... all the things you hate (1:229/2)    |
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