SubhadityaMukherjee/latex_report_equations.tex

## latex_report_equations.tex
\section{Equations}
We can have three types of these - An inline equation : $2x+3 = 10$, or a proper block , $$2 \sin(x)+10 = 100$$ or a long form one such as this.
\begin{equation}
E[g^{2}]_{t}= 0.9E[g^{2}]_{t-1}+ 0.1g^{2}_{t}\\
\theta_{t+1}= \theta_{t}- \frac{\eta}{\sqrt{E[g^{2}])_{t}+\epsilon}}g_{t}
\end{equation}
	\section{Equations}
	We can have three types of these - An inline equation : $2x+3 = 10$, or a proper block , $$2 \sin(x)+10 = 100$$ or a long form one such as this.
	\begin{equation}
	E[g^{2}]_{t}= 0.9E[g^{2}]_{t-1}+ 0.1g^{2}_{t}\\
	\theta_{t+1}= \theta_{t}- \frac{\eta}{\sqrt{E[g^{2}])_{t}+\epsilon}}g_{t}
	\end{equation}