Alternative Equation Formats

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MathML

\begin{array}{rcl} d_{j} = & {\begin{cases} - \sqrt{- 2 w_{j} n_{j} \log ({\hat{q}}_{j})} & if r_{j} = 0 \\ \pm \sqrt{2 w_{j} [r_{j} \log (\frac{r_{j}}{n_{j} \hat{p_{j}}}) + (n_{j} - r_{j}) \log (\frac{n_{j} - r_{j}}{n_{j} {\hat{q}}_{j}})]} & if 0 < r_{j} < n_{j} \\ \sqrt{- 2 w_{j} n_{j} \log ({\hat{p}}_{j})} & if r_{j} = n_{j} \end{cases} \end{array}

Math Rendered as SVG

Math as LaTeX Source

\begin{eqnarray*} d_ j= & \left\{ \begin{array}{ll} -\sqrt{-2w_ jn_ j\log (\hat{q}_ j)} & \mbox{if }r_ j=0 \\ \pm \sqrt{2w_ j[r_ j\log (\frac{r_ j}{n_ j\hat{p_ j}})+ (n_ j-r_ j)\log (\frac{n_ j-r_ j}{n_ j\hat{q}_ j}) ]} & \mbox{if }0<r_ j<n_ j \\ \sqrt{-2w_ jn_ j\log (\hat{p}_ j)} & \mbox{if }r_ j=n_ j \end{array} \right. \\ \end{eqnarray*}