Alternative Equation Formats

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MathML

z_{F M R} = \frac{\hat{p_{2}} - {R R}_{0} \hat{p_{1}}}{{[\frac{{R R}_{0}^{2} \tilde{p_{1}} (1 - \tilde{p_{1}})}{n_{1}} + \frac{\tilde{p_{2}} (1 - \tilde{p_{2}})}{n_{2}}]}^{\frac{1}{2}}} = {[N w_{1} w_{2}]}^{\frac{1}{2}} \frac{\hat{p_{2}} - {R R}_{0} \hat{p_{1}}}{{[w_{2} {R R}_{0}^{2} \tilde{p_{1}} (1 - \tilde{p_{1}}) + w_{1} \tilde{p_{2}} (1 - \tilde{p_{2}})]}^{\frac{1}{2}}}

Math Rendered as SVG

Math as LaTeX Source

\[ z_{\mr{FMR}} = \frac{\hat{p_2} - \mr{RR}_0 \hat{p_1}}{\left[ \frac{\mr{RR}^2_0\tilde{p_1}(1-\tilde{p_1})}{n_1} + \frac{\tilde{p_2}(1-\tilde{p_2})}{n_2} \right]^\frac {1}{2}} \, = \, \left[ N w_1 w_2 \right]^\frac {1}{2} \frac{\hat{p_2} - \mr{RR}_0 \hat{p_1}}{\left[ w_2\mr{RR}^2_0\tilde{p_1}(1-\tilde{p_1}) + w_1\tilde{p_2}(1-\tilde{p_2}) \right]^\frac {1}{2}} \]