# [texhax] Having a Problem Compiling My Tex Document

Uwe Lück uwe.lueck at web.de
Fri Mar 15 20:32:44 CET 2013

I found Peter's "Thanks to all" below in my "unknown" box, five hours
after my

http://tug.org/pipermail/texhax/2013-March/020175.html

("\problemboxsol").  According to its time, it is just a reply to
Susan's diagnosis

http://tug.org/pipermail/texhax/2013-March/020167.html

You also see the original code snippet that Peter sent to the same
5 people (while not to texhax), and you can conclude how carefully
Susan made a "minimal example" from it.  I am posting this to
clarify and make public what happened.

As to the "boxing" component of the problem, I have collected some

http://www.webdesign-bu.de/uwe_lueck/heyctan.htm#ann-box

once I should add the new CTAN topics such as

http://www.ctan.org/topic/?letter=B

As to the "problems and solutions" component of the "problem",

http://www.webdesign-bu.de/uwe_lueck/heyctan.htm#exam

collects a few links. Nicola Talbot has just updated her "probsoln"
package.

Cheers,

Uwe.

_____________________________________________________________________

Gesendet: Donnerstag, 14. März 2013 um 14:51 Uhr
Von: "Peter Price" <peterprice4 at gmail.com>
An: "Shubho Roy" <shubho.roy85 at gmail.com>, p.taylor at rhul.ac.uk,
uwe.lueck at web.de, will.adams at frycomm.com, susan.dittmar at gmx.de
Betreff: Re: [texhax] Having a Problem Compiling My Tex Document

Thanks to all of you guys for finding my problem.

On Wed, Mar 13, 2013 at 6:54 PM, Peter Price <peterprice4 at gmail.com>
wrote:

Hello All,

The following snippet of code is having a problem:

\fbox{\parbox{\textwidth}{\vskip.2em
13. Let $K = \mathbb{Q)(\sqrt{m})$, let $p$ be a prime integer and let
$m \neq 1$ be a square free integer such that $m \equiv 1 \emph{mod} 4$).
\begin{enumerate}
\item[a.] Prove: $p\mathbb{Z}$ ramiﬁes in $K/\mathbb{Q}$ if and only if
$p \mid m$.
\item[b.] Perform computations analogous to those made in section 4.8 of
the text. (Note that $2\mathbb{Z}$ will be unramiﬁed in $K/\mathbb{Q}$,
and care must be taken to distinguish between the split and inert cases
for $p = 2$.)
\end{enumerate}
\vskip.2em}}
{\it Solution.} \bigskip
%--------insert your solution to problem 2 below this line

Also, I am using packages: amssymb, amsmath, amsthm, mathrsfs

Thanks for the help.
Peter