Alternative Equation Formats

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MathML

\begin{array}{ll} [({\bar{x}}_{2} - {\bar{x}}_{1}) - t_{1 - \frac{α}{2}} (N - 2) \frac{s_{p}}{\sqrt{N w_{1} w_{2}}}, \\ ({\bar{x}}_{2} - {\bar{x}}_{1}) + t_{1 - \frac{α}{2}} (N - 2) \frac{s_{p}}{\sqrt{N w_{1} w_{2}}}], & two-sided \\ [({\bar{x}}_{2} - {\bar{x}}_{1}) - t_{1 - α} (N - 2) \frac{s_{p}}{\sqrt{N w_{1} w_{2}}}, \infty), & upper one-sided \\ (- \infty, ({\bar{x}}_{2} - {\bar{x}}_{1}) + t_{1 - α} (N - 2) \frac{s_{p}}{\sqrt{N w_{1} w_{2}}}], & lower one-sided \end{array}

Math Rendered as SVG

Math as LaTeX Source

\[ \begin{array}{ll} \left[ (\bar{x}_2 - \bar{x}_1) - t_{1-\frac{\alpha }{2}}(N-2) \frac{s_ p}{\sqrt{N w_1 w_2}}, \right. \\ \quad \left. (\bar{x}_2 - \bar{x}_1) + t_{1-\frac{\alpha }{2}}(N-2) \frac{s_ p}{\sqrt{N w_1 w_2}} \right], & \mbox{two-sided} \\ \left[ (\bar{x}_2 - \bar{x}_1) - t_{1-\alpha }(N-2) \frac{s_ p}{\sqrt{N w_1 w_2}}, \quad \infty \right), & \mbox{upper one-sided} \\ \left( -\infty , \quad (\bar{x}_2 - \bar{x}_1) + t_{1-\alpha }(N-2) \frac{s_ p}{\sqrt{N w_1 w_2}} \right], & \mbox{lower one-sided} \\ \end{array} \]