I've been experimenting (in an interact) with graphing x^m/e^x for large
values of m, in order to demonstrate that exp grows faster than any power
function. This works fine up to m=15, but at 16 (and any higher value) I
get a long list of errors ending with
ParseFatalException: Expected end o
On Thu, 28 Feb 2013 at 11:56AM -0800, David Smith wrote:
> I've been experimenting (in an interact) with graphing x^m/e^x for large
> values of m, in order to demonstrate that exp grows faster than any power
> function. This works fine up to m=15, but at 16 (and any higher value) I
> get a long
On Tue, 26 Feb 2013 at 04:50AM -0800, Nathan Carter wrote:
> The error is this:
> Runaway argument?
> \end {document}
> ! File ended while scanning use of \next.
>
> \par
>
> The same error occurs if I use \newcommand instead of \def. Any tips on
> how I can get past the fact th
On Thursday, February 28, 2013 5:21:06 PM UTC-5, Dan Drake wrote:
>
> On Thu, 28 Feb 2013 at 11:56AM -0800, David Smith wrote:
> > I've been experimenting (in an interact) with graphing x^m/e^x for large
> > values of m, in order to demonstrate that exp grows faster than any
> power
> > funct
Sure. The goal is to create a LaTeX package for randomly generated exams.
It should let you do something like this:
\documentclass{whatever}
% Create a whole bunch of exam problem construction methods, with this tool:
% \createproblem{name}{Sage setup code}{problem text with \sage calls in it}
Actually, one tiny clarification:
% What each \createproblem{}{}{} command does is run a \sagesilent that
> does is the following:
> % 1. Ensures that a global problem dictionary is defined; if allProblems
> isn't defined globally, do allProblems = {}
> % 2. Constructs and stores a new problem
