Alternative Equation Formats

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MathML

\begin{aligned} \hat{V a r} (\hat{m} - m) & = {\hat{V}}_{m} - {\hat{C}}_{m} {\hat{V}}^{- 1} {\hat{C}}_{m}^{'} + \\ [X_{m} - {\hat{C}}_{m} {\hat{V}}^{- 1} X] (X^{'} {\hat{V}}^{- 1} X)^{-} [X_{m} - {\hat{C}}_{m} {\hat{V}}^{- 1} X]^{'} \end{aligned}

MathML rendered with MathJax

\begin{aligned} \hat{V a r} (\hat{m} - m) & = {\hat{V}}_{m} - {\hat{C}}_{m} {\hat{V}}^{- 1} {\hat{C}}_{m}^{'} + \\ [X_{m} - {\hat{C}}_{m} {\hat{V}}^{- 1} X] (X^{'} {\hat{V}}^{- 1} X)^{-} [X_{m} - {\hat{C}}_{m} {\hat{V}}^{- 1} X]^{'} \end{aligned}

Math as LaTeX Source

\begin{align*} \widehat{\mr{Var}}(\hat{\mb{m}} - \mb{m}) & = \hat{\mb{V}}_{\mb{m}} - \hat{\mb{C}}_{\mb{m}} \hat{\mb{V}}^{-1} \hat{\mb{C}}_{\mb{m}}' + \\ & [\mb{X}_{\mb{m}} - \hat{\mb{C}}_{\mb{m}} \hat{\mb{V}}^{-1} \mb{X}] ( \mb{X}' \hat{\mb{V}}^{-1} \mb{X} )^- [\mb{X}_{\mb{m}} - \hat{\mb{C}}_{\mb{m}} \hat{\mb{V}}^{-1} \mb{X}]' \end{align*}