Alternative Equation Formats

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MathML

\begin{array}{rcl} {\tilde{w}}_{j} & = & \frac{w_{j} n_{j}}{{\hat{p}}_{j} {\hat{q}}_{j} [g^{'} ({\hat{p}}_{j})]^{2}} \\ {\hat{w}}_{j} & = & {\tilde{w}}_{j} + \frac{w_{j} (r_{j} - n_{j} {\hat{p}}_{j}) [{\hat{p}}_{j} {\hat{q}}_{j} g^{″} ({\hat{p}}_{j}) + ({\hat{q}}_{j} - {\hat{p}}_{j}) g^{'} ({\hat{p}}_{j})]}{({\hat{p}}_{j} {\hat{q}}_{j})^{2} [g^{'} ({\hat{p}}_{j})]^{3}} \end{array}

Math Rendered as SVG

Math as LaTeX Source

\begin{eqnarray*} \widetilde{w}_ j & = & \frac{w_ j n_ j}{\hat{p}_ j\hat{q}_ j[g'(\hat{p}_ j)]^2} \\ \widehat{w}_ j & = & \widetilde{w}_ j + \frac{ w_ j(r_ j - n_ j\hat{p}_ j) [\hat{p}_ j\hat{q}_ j g''(\hat{p}_ j) + (\hat{q}_ j-\hat{p}_ j)g'(\hat{p}_ j)]}{ (\hat{p}_ j\hat{q}_ j)^2 [g'(\hat{p}_ j)]^3} \end{eqnarray*}