Alternative Equation Formats

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MathML

\begin{array}{rcl} L & = & {\hat{d}}_{M H} - z_{α / 2} \sqrt{λ_{1} L_{1} (1 - L_{1}) + λ_{2} U_{2} (1 - U_{2})} \\ U & = & {\hat{d}}_{M H} + z_{α / 2} \sqrt{λ_{2} L_{2} (1 - L_{2}) + λ_{1} U_{1} (1 - U_{1})} \end{array}

MathML rendered with MathJax

\begin{array}{rcl} L & = & {\hat{d}}_{M H} - z_{α / 2} \sqrt{λ_{1} L_{1} (1 - L_{1}) + λ_{2} U_{2} (1 - U_{2})} \\ U & = & {\hat{d}}_{M H} + z_{α / 2} \sqrt{λ_{2} L_{2} (1 - L_{2}) + λ_{1} U_{1} (1 - U_{1})} \end{array}

Math as LaTeX Source

\begin{eqnarray*} L & = & \hat{d}_{\mi{MH}} ~ - ~ z_{\alpha /2} \sqrt { \lambda _1 L_1 (1-L_1) + \lambda _2 U_2 (1-U_2) } \\[0.10in] U & = & \hat{d}_{\mi{MH}} ~ + ~ z_{\alpha /2} \sqrt { \lambda _2 L_2 (1-L_2) + \lambda _1 U_1 (1-U_1) } \end{eqnarray*}