Alternative Equation Formats

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MathML

p^{⋆} = {\begin{cases} P (s_{1}^{2} / s_{2}^{2} > F_{1 - α, {d f}_{1}, {d f}_{2}}) + P (s_{2}^{2} / s_{1}^{2} \leq F_{1 - α, {d f}_{1}, {d f}_{2}}), & s_{1}^{2} / s_{2}^{2} \geq 1 \\ P (s_{1}^{2} / s_{2}^{2} \leq F_{1 - α, {d f}_{1}, {d f}_{2}}) + P (s_{2}^{2} / s_{1}^{2} > F_{1 - α, {d f}_{1}, {d f}_{2}}), & s_{1}^{2} / s_{2}^{2} < 1 \end{cases}

Math Rendered as SVG

Math as LaTeX Source

\[ p^\star = \left\{ \begin{array}{ll} P\left(s_1^2/s_2^2 > F_{1-\alpha , \mr{df}_1, \mr{df}_2}\right) + P\left(s_2^2/s_1^2 \le F_{1-\alpha , \mr{df}_1, \mr{df}_2}\right) \; \; , & s_1^2/s_2^2 \ge 1 \\ P\left(s_1^2/s_2^2 \le F_{1-\alpha , \mr{df}_1, \mr{df}_2}\right) + P\left(s_2^2/s_1^2 > F_{1-\alpha , \mr{df}_1, \mr{df}_2}\right) \; \; , & s_1^2/s_2^2 < 1 \\ \end{array} \right. \]