Alternative Equation Formats

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MathML

{RMR}_{r} = \sqrt{\frac{1}{g} [\sum_{i}^{p_{r}} \sum_{j}^{i} ([S_{r}]_{i j} - [{\hat{Σ}}_{r}]_{i j})^{2} + δ_{r} \sum_{i}^{p_{r}} ([{\bar{x}}_{r}]_{i} - [{\hat{μ}}_{r}]_{i})^{2}]}

MathML rendered with MathJax

{RMR}_{r} = \sqrt{\frac{1}{g} [\sum_{i}^{p_{r}} \sum_{j}^{i} ([S_{r}]_{i j} - [{\hat{Σ}}_{r}]_{i j})^{2} + δ_{r} \sum_{i}^{p_{r}} ([{\bar{x}}_{r}]_{i} - [{\hat{μ}}_{r}]_{i})^{2}]}

Math as LaTeX Source

\[ \mbox{RMR}_ r = \sqrt { \frac{1}{g} [ \sum _ i^{p_ r} \sum _ j^ i ([\mb{S}_ r]_{ij} - [\hat{\bSigma }_ r]_{ij})^2 + \delta _ r \sum _ i^{p_ r} ([\mb{\bar{x}}_ r]_ i - [\hat{\bmu }_ r]_ i)^2 ]} \]