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last edited 6 years ago by test int |
Edit detail for SandBoxReduce revision 7 of 36
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Editor: schweika
Time: 2007/12/31 06:48:03 GMT-8 |
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changed: -From schweika Mon Dec 31 06:45:36 -0800 2007 -From: schweika -Date: Mon, 31 Dec 2007 06:45:36 -0800 -Subject: -Message-ID: <20071231064536-0800@axiom-wiki.newsynthesis.org> - -\begin{reduce} -simplify((x-3*a)*(b+2*x)-b*(9*b+4*x)-((2*x+a)*(x-4*a)-a(9*b-5*a))) -\end{reduce} - -From schweika Mon Dec 31 06:47:06 -0800 2007 -From: schweika -Date: Mon, 31 Dec 2007 06:47:06 -0800 -Subject: -Message-ID: <20071231064706-0800@axiom-wiki.newsynthesis.org> - - -\begin{reduce} -solve((x-3*a)*(b+2*x)-b*(9*b+4*x)-((2*x+a)*(x-4*a)-a(9*b-5*a))=0,{x,a,b}) -\end{reduce}
Try Reduce calculations here. For example:
\begin{reduce}
solve({z=x*a+2},{z,x});
int(sqrt(1-sin(x)*cos(x)),x);
\end{reduce}
solve({z=x*a+2},{z,x}); | reduce |
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int(sqrt(1-sin(x)*cos(x)),x); | reduce |
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example from my daughter's college calc --pbwagner, Mon, 10 Sep 2007 12:58:25 -0500 reply
int(log(log(x)),x); | reduce |
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axiomintegrate(log(log(x)),x);
Type: Union(Expression Integer,...)