Alternative Equation Formats

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MathML

\begin{array}{rcl} \log (μ_{i}) & = & \log (n_{i}) + x_{i}^{'} β \\ = & \log (n_{i}) + β_{0} + \\ {c a r}_{i} (1) β_{1} + {c a r}_{i} (2) β_{2} + {c a r}_{i} (3) β_{3} + \\ {a g e}_{i} (1) β_{4} + {a g e}_{i} (2) β_{5} \end{array}

MathML rendered with MathJax

\begin{array}{rcl} \log (μ_{i}) & = & \log (n_{i}) + x_{i}^{'} β \\ = & \log (n_{i}) + β_{0} + \\ {c a r}_{i} (1) β_{1} + {c a r}_{i} (2) β_{2} + {c a r}_{i} (3) β_{3} + \\ {a g e}_{i} (1) β_{4} + {a g e}_{i} (2) β_{5} \end{array}

Math as LaTeX Source

\begin{eqnarray*} \log (\mu _ i) & = & \log ({\Variable{n}}_ i) + \mb{x}_ i^\prime \bbeta \\ & = & \log ({\Variable{n}}_ i) + \beta _{0} + \\ & & {\Variable{car}}_ i(1)\beta _{1} + {\Variable{car}}_ i(2)\beta _{2} + {\Variable{car}}_ i(3)\beta _{3} + \\ & & {\Variable{age}}_ i(1)\beta _{4} + {\Variable{age}}_ i(2)\beta _{5} \end{eqnarray*}