\documentclass{article}
\usepackage[hmargin=1in,vmargin=1in]{geometry}
\usepackage{amsmath,cancel,color,mathrsfs}
\begin{document}
Derivation of $ \mathscr {L} \{\int_0^{t} f(\tau)\,d\tau\} $
\end{document}
So far this is what I have but I'd like to use \displaystyle
for the integral to make it look nicer since the top and bottom limits are kinda squished, but then the Laplace part is too small and I have no idea how to make it bigger
Any help is appreciated
Best Answer
You could load the
relsize
package and use the\mathlarger
macro (once or repeatedly) to enlarge\mathscr{L}
. In the third row of the following screenshot, the enlarged\mathscr{L}
is generated by two calls to\mathlarger
; don't overdo the enlarging stuff.