Alternative Equation Formats

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MathML

E (\tilde{ε}) = {\begin{cases} \frac{N E (t_{1}) - 2 E (t_{2})}{r_{M} [(N - r_{X}) E (t_{2}) - E (t_{1})]} & if UEPSDEF=HF \\ \frac{(N - r_{X} + 1) E (t_{1}) - 2 E (t_{2})}{r_{M} [(N - r_{X}) E (t_{2}) - E (t_{1})]} & if UEPSDEF=HFL \\ (\frac{(ν_{a} - 2) (ν_{a} - 4)}{ν_{a}^{2}}) (\frac{(N - r_{X} + 1) E (t_{1}) - 2 E (t_{2})}{r_{M} [(N - r_{X}) E (t_{2}) - E (t_{1})]}) & if UEPSDEF=CM \end{cases}

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Math as LaTeX Source

\begin{equation*} \mr{E}(\tilde{\varepsilon }) = \begin{cases} \frac{N \mr{E}(t_1) - 2 \mr{E}(t_2)}{r_ M \left[ (N - r_ X) \mr{E}(t_2) - \mr{E}(t_1) \right]} & \text {if UEPSDEF=HF}\\ \frac{(N-r_ X+1) \mr{E}(t_1) - 2 \mr{E}(t_2)}{r_ M \left[ (N - r_ X) \mr{E}(t_2) - \mr{E}(t_1) \right]} & \text {if UEPSDEF=HFL}\\ \left(\frac{(\nu _ a-2)(\nu _ a-4)}{\nu _ a^2}\right) \left(\frac{(N-r_ X+1) \mr{E}(t_1) - 2 \mr{E}(t_2)}{r_ M \left[ (N - r_ X) \mr{E}(t_2) - \mr{E}(t_1) \right]}\right) & \text {if UEPSDEF=CM} \end{cases}\end{equation*}