Alternative Equation Formats

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MathML

\begin{array}{rcl} {\hat{p}}_{1} & = & C + (1 - C) F (x^{'} \hat{b}) \\ {\hat{p}}_{j} & = & (1 - C) (F ({\hat{a}}_{j} + x^{'} \hat{b}) - F ({\hat{a}}_{j - 1} + x^{'} \hat{b})), j = 2, \dots, k - 1 \\ {\hat{p}}_{k} & = & (1 - C) (1 - F ({\hat{a}}_{k - 1} + x^{'} \hat{b})) \end{array}

MathML rendered with MathJax

\begin{array}{rcl} {\hat{p}}_{1} & = & C + (1 - C) F (x^{'} \hat{b}) \\ {\hat{p}}_{j} & = & (1 - C) (F ({\hat{a}}_{j} + x^{'} \hat{b}) - F ({\hat{a}}_{j - 1} + x^{'} \hat{b})), j = 2, \dots, k - 1 \\ {\hat{p}}_{k} & = & (1 - C) (1 - F ({\hat{a}}_{k - 1} + x^{'} \hat{b})) \end{array}

Math as LaTeX Source

\begin{eqnarray*} {\hat p}_1 & =& C + (1-C) F( \mb{x}^{\prime } {\mb{\hat b}}) \\ {\hat p}_ j & =& (1-C) (F({\hat a}_ j + \mb{x}^{\prime } {\mb{\hat b}}) - F({\hat a}_{j-1} + \mb{x}^{\prime } {\mb{\hat b}})), \; \; j=2,\ldots ,k-1 \\ {\hat p}_ k & =& (1-C) (1- F({\hat a}_{k-1} + \mb{x}^{\prime } {\mb{\hat b}})) \\ \end{eqnarray*}