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Tables are floating environments, meaning they end up on or after the page where they first appear, but in a location that TeX chooses based on the layout of the rest of the page. This is expected behavior. If you really want a table to be exactly where it appears, you can add [h] as an optional arg...

It has to do with when each file is read and written. Try this: \makeatletter \immediate\write\@auxout{\noexpand\@writefile{lof}{% \figurename~\hfill Page \par}% }% A better way would be to redefine the list of figures; I had a similar document that I solved by doing this: \renewcommand\listoffigure...

You can use the standalone class:

Note that "display" math (\[...\] or the {displaymath} environment) doesn't work with this class, hence the \displaymath command above.

OK, next time post a and be more specific about what you mean. I think you're referring to the fact that there is a blank page between section 1.7 and section 1.8 (the flowchart). This happens because your flowchart is too tall to fit on a page: TeX says, "this doesn't fit here" and skips ...

\mathup isn't defined in ordinary documents: it's only defined in unicode-math , and appears to be defined there merely as an alias for \mathrm . Presumably, the user could re-define it, but as it doesn't exist in standard LaTeX, there is little point in doing so. As for your question about how the...

I am guessing this is a paper size (or perhaps printer's "printable area") issue. Check the size of the paper in the PDF vs. that on which you are printing. Depending on what you want, adding "letterpaper" or "a4paper" to the optional arguments for \documentclass may so...

Try this: \documentclass{article} \usepackage{amssymb} \usepackage{amsmath} \begin{document} \subsection*{Criterio di classificazione dei punti critici} Sia $C \subseteq \mathbb{R}^n$ un insieme compatto,\\ Sia $f: C \rightarrow \mathbb{R}$, continua in $C$ e dotata di gradiente per ogni punto inter...

Try the endfloat package, which was designed for this purpose.

That's not how that works. You can manually break the lines, but you have to keep track of it yourself. My suggestions: (1) change the margins, (2) change the text size, (3) change the size locally, just for that equation, or (4) define a new symbol, such as \mu_1 \equiv \cos\phi_1.

Change this:

to this: