Alternative Equation Formats

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MathML

$\begin{array}{rcl}v& =& \sum _{i}\sum _{j}{n}_{ij}R\left(i\right)C\left(j\right)\\ w& =& \frac{1}{12}\sqrt{FG}\\ F& =& {n}^{3}-\sum _{i}{n}_{i\cdot }^{3}\\ G& =& {n}^{3}-\sum _{j}{n}_{\cdot j}^{3}\\ R\left(i\right)& =& {R}_{i}^{1}-n/2\\ C\left(j\right)& =& {C}_{j}^{1}-n/2\\ \overline{z}& =& \frac{1}{n}\sum _{i}\sum _{j}{n}_{ij}{z}_{ij}\\ {z}_{ij}& =& w{v}_{ij}-v{w}_{ij}\end{array}$

MathML rendered with MathJax

$\begin{array}{rcl}v& =& \sum _{i}\sum _{j}{n}_{ij}R\left(i\right)C\left(j\right)\\ w& =& \frac{1}{12}\sqrt{FG}\\ F& =& {n}^{3}-\sum _{i}{n}_{i\cdot }^{3}\\ G& =& {n}^{3}-\sum _{j}{n}_{\cdot j}^{3}\\ R\left(i\right)& =& {R}_{i}^{1}-n/2\\ C\left(j\right)& =& {C}_{j}^{1}-n/2\\ \overline{z}& =& \frac{1}{n}\sum _{i}\sum _{j}{n}_{ij}{z}_{ij}\\ {z}_{ij}& =& w{v}_{ij}-v{w}_{ij}\end{array}$

Math as LaTeX Source

\begin{eqnarray*} v & = & \sum _ i \sum _ j n_{ij} R(i) C(j) \\[0.10in] w & = & \frac{1}{12} \sqrt {FG} \\[0.10in] F & = & n^3 - \sum _ i n_{i \cdot }^3 \\[0.10in] G & = & n^3 - \sum _ j n_{\cdot j}^3 \\[0.10in] R(i) & = & R^1_ i - n/2 \\[0.10in] C(j) & = & C^1_ j - n/2 \\[0.10in] \bar{z} & = & \frac{1}{n} \sum _ i \sum _ j n_{ij} z_{ij} \\[0.10in] z_{ij} & = & wv_{ij} - vw_{ij} \end{eqnarray*}