Alternative Equation Formats

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MathML

u_{i} = \frac{[Λ_{0}^{(d)} (R_{i}) - Λ_{0}^{(d)} (L_{i})] \exp (Z_{i}^{'} β^{(d)}) Δ_{i 2}}{1 - \exp {[Λ_{0}^{(d)} (R_{i}) - Λ_{0}^{(d)} (L_{i})] \exp (Z_{i}^{'} β^{(d)})}}

Math Rendered as SVG

Math as LaTeX Source

\[ u_{i} = \frac{[\Lambda _0^{(d)}(R_ i)-\Lambda _0^{(d)}(L_ i)] \exp (\bZ _ i^{\prime }\bbeta ^{(d)}) \Delta _{i2}}{1 - \exp \left\{ \left[\Lambda _0^{(d)}(R_ i)-\Lambda _0^{(d)}(L_ i) \right] \exp (\bZ _ i^{\prime }\bbeta ^{(d)}) \right\} } \]