Alternative Equation Formats

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MathML

\begin{array}{rcl} P_{L} & = & {(1 + \frac{n_{e}^{*} - \hat{p} n_{e}^{*} + 1}{\hat{p} n_{e}^{*} F (α / 2, 2 \hat{p} n_{e}^{*}, 2 (n_{e}^{*} - \hat{p} n_{e}^{*} + 1))})}^{- 1} \\ P_{U} & = & {(1 + \frac{n_{e}^{*} - \hat{p} n_{e}^{*}}{(\hat{p} n_{e}^{*} + 1) F (1 - α / 2, 2 (\hat{p} n_{e}^{*} + 1), 2 (n_{e}^{*} - \hat{p} n_{e}^{*}))})}^{- 1} \end{array}

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Math as LaTeX Source

\begin{eqnarray*} P_{\scriptscriptstyle L} & = & \left( 1 + \frac{n_ e^* - \hat{p}\, n_ e^* + 1}{\hat{p}\, n_ e^* ~ F(~ \alpha /2, ~ 2 \hat{p}\, n_ e^*,~ 2(n_ e^* - \hat{p}\, n_ e^* + 1) ~ )} \right)^{-1} \\[0.1in] P_{\scriptscriptstyle U} & = & \left( 1 + \frac{n_ e^* - \hat{p}\, n_ e^*}{(\hat{p}\, n_ e^* + 1) ~ F(~ 1-\alpha /2, ~ 2(\hat{p}\, n_ e^* + 1), ~ 2(n_ e^* - \hat{p}\, n_ e^*) ~ )} \right)^{-1} \end{eqnarray*}