# How to write integral (multiple integral, bounds) symbols in LaTeX

Symbol Command
$\int$ \int
$\iint$ \iint
$\iiint$ \iiint
$\intop$ \intop
$\smallint$ \smallint
Symbol Command
$\oint$ \oint
$\oiint$ \oiint
$\oiiint$ \oiiint
$\int f(x)dx \\~\\ \int f(x) dx \\~\\ \int f(x) \ dx \\~\\ \int f(x) \, dx$


$\int f(x)dx \\~\\ \int f(x) dx \\~\\ \int f(x) \ dx \\~\\ \int f(x) \, dx$

$\iint f(x)dxdy \\~\\ \iint f(x) dxdy \\~\\ \iint f(x) \ dxdy \\~\\ \iint f(x) \, dxdy \\~\\ \iint f(x) \ dx \ dy \\~\\ \iint f(x) \, dx \, dy$


$\iint f(x)dxdy \\~\\ \iint f(x) dxdy \\~\\ \iint f(x) \ dxdy \\~\\ \iint f(x) \, dxdy \\~\\ \iint f(x) \ dx \ dy \\~\\ \iint f(x) \, dx \, dy$

## Definite integral

$\int_{0}^{5} x^2 dx \\~\\ \int_{0}^{5} x^2 \ dx \\~\\ \int_{0}^{5} x^2 \, dx$


$\int_{0}^{5} x^2 dx \\~\\ \int_{0}^{5} x^2 \ dx \\~\\ \int_{0}^{5} x^2 \, dx$

$\int_{0}^{5} \int_{-2}^{2} xy dxdy \\~\\ \int_{0}^{5} \! \int_{-2}^{2} xy dxdy \\~\\ \int_{0}^{5} \!\! \int_{-2}^{2} xy dxdy$


$\int_{0}^{5} \int_{-2}^{2} xy dxdy \\~\\ \int_{0}^{5} \! \int_{-2}^{2} xy dxdy \\~\\ \int_{0}^{5} \!\! \int_{-2}^{2} xy dxdy$