I am writting in latex I have very thin page style (I want to keep it that way) but I have very wide image

How do I change geometry for image only not text

\documentclass[11pt, a4paper]{article}

\geometry{includefoot, left=3.5cm, right=3.5cm, top=2.5cm, bottom=2.0cm}
\DeclareMathOperator{\EX}{\mathbb{E}}% expected value
%\hypersetup{pdfstartview={XYZ null null 1.00}}

\title{Time Series (Kevin Kotze)}
\author{Petr Hrobař}
\date{ }
\section{Moving average models (MA)}
Moving average process (MA) is defined by this equation:
y_{t} = \mu + \epsilon_{t} + \theta\epsilon_{t-1}    

where {$\mu$} is a constant, weighted sum of constants is represented by {$y_{t}$}, and the two latest values of {$\epsilon_{t}$} and {$\epsilon_{t-1}$} are both assumed to be independent and identically distributed white noise ${\epsilon_{t}} \sim N($0$, \sigma^{2}$). 

Suppose that MA(1) process is \textit{stationary}, to proof that we need to calculate the different moments of the process. The mean (the first moment) of the process can be calculated as follows:
\EX[y_{t}] = \EX[\mu + \epsilon_{t} + \theta\epsilon_{t-1}]
= \mu + \EX[\epsilon_{t}] + \theta\EX[\epsilon_{t-1}] = \mu

Since ${\epsilon_{t}}$ is assumed to have ${\EX(0|\textbf{x})}$ we can easily obtain that mean is equal to $\mu$.

Second moment (variance) is then given by:
    \textbf{var}[y_{t}] = \EX\big[y_{t} - \EX[y_{t}]\big]^{2} = \EX\big[(\mu + \epsilon_{t} + \theta\epsilon_{t-1}) - \mu\big]^{2}\\
 & \ =\EX[\epsilon_{t}]^{2} + 2\theta\EX[\epsilon_{t}\epsilon_{t-1}] + \EX[\theta\epsilon_{t-1}]^{2} = \sigma^{2} + 0 + \theta\sigma^{2} = 

    \includegraphics[scale = 0.5]{03.pdf}
    \caption{Histogram vysvětlované proměnné \textit{modelu II}}


1 Answer 1


You can tell LaTeX to place an extra wide image into a box that is the size of \textwidth with a \makebox. It will be centered in the box and spill out to the left and right.

\caption{This is my caption}


enter image description here

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