Alternative Equation Formats

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MathML

\begin{array}{l} \hat{P} (Y_{i 1 | l_{1}} = κ_{1 | l_{1}}, Y_{i 2 | l_{1}} = κ_{2 | l_{1}} | Y_{i 3 | l_{1}} = κ_{3 | l_{1}}, \dots, Y_{i P_{2} | l_{1}} = κ_{P_{2} | l_{1}}) = \\ {\sum_{κ_{1 | l_{1}} κ_{2 | l_{1}}} {\hat{π}}_{2 | l_{1}} (κ_{1 | l_{1}} κ_{2 | l_{1}} \dots κ_{P_{2} | l_{1}})}^{- 1} {\hat{π}}_{2 | l_{1}} (κ_{1 | l_{1}} κ_{2 | l_{1}} \dots κ_{P_{2} | l_{1}}) \end{array}

Math Rendered as SVG

Math as LaTeX Source

\[ \begin{array}{l} \hat P(Y_{i1|{l_1}}=\kappa _{1|{l_1}},Y_{i2|{l_1}}=\kappa _{2|{l_1}}|Y_{i3|{l_1}}=\kappa _{3|{l_1}},\ldots ,Y_{iP_2|{l_1}}=\kappa _{P_2|{l_1}}) = \\ \left\{ \sum _{\kappa _{1|{l_1}} \kappa _{2|{l_1}}} \hat\pi _{2|l_1} (\kappa _{1|{l_1}}\kappa _{2|{l_1}} \cdots \kappa _{P_2|{l_1}}) \right\} ^{-1} \hat\pi _{2|l_1} (\kappa _{1|{l_1}}\kappa _{2|{l_1}} \cdots \kappa _{P_2|{l_1}}) \end{array} \]