Sandbox

Revision as of 11:32, 1 September 2010

1 Section

Write here...

2 Section

2.1 Subsection

Refert to subsection 2.1

Refer to theorem 2.1

3 Section

$== Section == Write here... == Section == === Subsection === \label{subsection} Refert to subsection \ref{subsection} \begin{theorem} test \end{theorem} \label{thm} Refer to theorem \ref{thm} == Section == <wikitex>; $\stackrel{CW^2}{\xrightarrow{\hspace*{0.75cm}}} $ An [[map-eds:Manifold Atlas:Projects in the Atlas|inter-Wiki link]]. Another<ref>Test</ref> [[mapeds:Manifold Atlas:Projects in the Atlas|inter-Wiki link]]. </wikitex> sdfasdfa dfa<ref>Test</ref> sdfasf <wikitex>; {{ref|abs}} Poincare complexes are great: $$ H_i(X) \cong H^{n-i}(X)$$ $$ \oplus, \bigoplus $$ </wikitex> <references/>== Section == Write here... == Section == === Subsection === \label{subsection} Refert to subsection \ref{subsection} \begin{theorem} test \end{theorem} \label{thm} Refer to theorem \ref{thm} == Section == <wikitex>; $\stackrel{CW^2}{\xrightarrow{\hspace*{0.75cm}}} $ An [[map-eds:Manifold Atlas:Projects in the Atlas|inter-Wiki link]]. Another<ref>Test</ref> [[mapeds:Manifold Atlas:Projects in the Atlas|inter-Wiki link]]. </wikitex> sdfasdfa dfa<ref>Test</ref> sdfasf <wikitex>; {{ref|abs}} Poincare complexes are great: $$ H_i(X) \cong H^{n-i}(X)$$ $$ \oplus, \bigoplus $$ </wikitex> <references/>\stackrel{CW^2}{\xrightarrow{\hspace*{0.75cm}}}$

An inter-Wiki link.

Another^[1]; inter-Wiki link.

sdfasdfa dfa^[2] sdfasf

Template:Ref Poincare complexes are great:

$$\displaystyle H_i(X) \cong H^{n-i}(X)$$

$$\displaystyle \oplus, \bigoplus$$

4 Footnotes

1. ↑ Test
2. ↑ Test