Alternative Equation Formats

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MathML

\begin{aligned} {\hat{w}}_{i} & = P (r_{i m_{i}} = 0, r_{i m_{i} - 1} = 1 | X_{i}, Y_{i})^{- 1} = [λ_{i 1} (\hat{α}) \times \dots \times λ_{i m_{i} - 1} (\hat{α}) \times (1 - λ_{i m_{i}} (\hat{α}))]^{- 1}, i f m_{i} \leq T \\ {\hat{w}}_{i} & = P (r_{i m_{i} - 1} = 1 | X_{i}, Y_{i})^{- 1} = [λ_{i 1} (\hat{α}) \times λ_{i 2} (\hat{α}) \times \dots \times λ_{i m_{i} - 1} (\hat{α})]^{- 1}, i f m_{i} = T + 1 \end{aligned}

MathML rendered with MathJax

\begin{aligned} {\hat{w}}_{i} & = P (r_{i m_{i}} = 0, r_{i m_{i} - 1} = 1 | X_{i}, Y_{i})^{- 1} = [λ_{i 1} (\hat{α}) \times \dots \times λ_{i m_{i} - 1} (\hat{α}) \times (1 - λ_{i m_{i}} (\hat{α}))]^{- 1}, i f m_{i} \leq T \\ {\hat{w}}_{i} & = P (r_{i m_{i} - 1} = 1 | X_{i}, Y_{i})^{- 1} = [λ_{i 1} (\hat{α}) \times λ_{i 2} (\hat{α}) \times \dots \times λ_{i m_{i} - 1} (\hat{α})]^{- 1}, i f m_{i} = T + 1 \end{aligned}

Math as LaTeX Source

\begin{align*} \hat w_{i} & = P(r_{im_ i}=0, r_{im_ i-1}=1| X_ i,Y_ i)^{-1}=[\lambda _{i1}(\hat\balpha ) \times \cdots \times \lambda _{im_ i-1}(\hat\balpha ) \times (1-\lambda _{im_ i}(\hat\balpha ))]^{-1},\, \mr{if}\, m_ i \le T \\ \hat w_{i} & = P(r_{im_ i-1}=1| X_ i,Y_ i)^{-1} = [\lambda _{i1}(\hat\balpha ) \times \lambda _{i2}(\hat\balpha ) \times \cdots \times \lambda _{im_ i-1}(\hat\balpha )]^{-1}, \, \mr{if}\, m_ i=T+1 \end{align*}