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Writing Equations using Latex (10)

1 votes

What's the latex code for the following Equation:

Posté le 19:34, Monday 16 May 2016 By Imed BOUCHRIKA
In Initiation à la recherche


Réponses (4)




Réponse (1)

1 votes

\begin{equation}
T_{variance}(n) = \frac{\sqrt{\sigma_{S_{n}^{Intra}}^2 + {\sigma_{S_{n}^{Inter}}^2}}} {\left \| \bar S_n^{Intra} - \bar S_n^{Inter} \right \|}
\end{equation}

Posté le 19:54, Tuesday 17 May 2016 by
In Initiation à la recherche



Réponse (1)

-4 votes

{begin{equation/

T_{variance}=(n) = /frac{/sqrt/sigma_{s_{n}^[intra}}^2+{/sigma_{S_{n}^{inter}}^2}}}

{l/{left/l/l /bar s_n^{intra}- / bar s_n^{inter}/right 

{end{equation/

Posté le 15:44, Wednesday 18 May 2016 by
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Réponse (2)

0 votes

 \begin{equation}
T_{variance} (n) = \frac {\sqrt {\sigma_{S_n^{Intra}}^2 + \sigma_{S_n^{Intra}}^2}} {\| \bar{S}_n^{Intra} - \bar{S}_n^{Intra} \| }
\end{equation}

Posté le 20:30, Friday 27 May 2016 by amirat abdallah (257 points)
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Réponse (3)

0 votes

$T_{varience}(n)=\frac{\sqrt{\sigma _{S_{n}^{Intra}}^{2}+\sigma
_{S_{n}^{Inter}}^{2}}}{\left\Vert \overline{S}_{n}^{Intra}-\overline{S}%
_{n}^{Inter}\right\Vert }$

Or

\begin{equation*}
T_{varience}(n)=\frac{\sqrt{\sigma _{S_{n}^{Intra}}^{2}+\sigma
_{S_{n}^{Inter}}^{2}}}{\left\Vert \overline{S}_{n}^{Intra}-\overline{S}%
_{n}^{Inter}\right\Vert }
\end{equation*}

Posté le 14:24, Saturday 28 May 2016 by Mohammed BELLOUFI
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