Alternative Equation Formats

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MathML

\begin{array}{rcl} d_{L} = ({\hat{p}}_{1} - {\hat{p}}_{2}) - \sqrt{({\hat{p}}_{1} - L_{1})^{2} + (U_{2} - {\hat{p}}_{2})^{2}} \\ d_{U} = ({\hat{p}}_{1} - {\hat{p}}_{2}) + \sqrt{(U_{1} - {\hat{p}}_{1})^{2} + ({\hat{p}}_{2} - L_{2})^{2}} \end{array}

MathML rendered with MathJax

\begin{array}{rcl} d_{L} = ({\hat{p}}_{1} - {\hat{p}}_{2}) - \sqrt{({\hat{p}}_{1} - L_{1})^{2} + (U_{2} - {\hat{p}}_{2})^{2}} \\ d_{U} = ({\hat{p}}_{1} - {\hat{p}}_{2}) + \sqrt{(U_{1} - {\hat{p}}_{1})^{2} + ({\hat{p}}_{2} - L_{2})^{2}} \end{array}

Math as LaTeX Source

\begin{eqnarray*} d_ L = (\hat{p}_1 - \hat{p}_2) ~ - ~ \sqrt { ( \hat{p}_1 - L_1 )^2 ~ +~ ( U_2 - \hat{p}_2 )^2 } \\[0.10in] d_ U = (\hat{p}_1 - \hat{p}_2) ~ + ~ \sqrt { ( U_1 - \hat{p}_1 )^2 ~ +~ ( \hat{p}_2 - L_2 )^2 } \end{eqnarray*}