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MathML

\begin{aligned} g_{1 i} & = \hat{E} {[{\hat{β}}_{i} - E ({\hat{β}}_{i})]}^{3} / {(m s e \times [\hat{L}]_{i i})}^{3 / 2} \\ \hat{E} {[{\hat{β}}_{i} - E ({\hat{β}}_{i})]}^{3} & = - {m s e}^{2} \sum_{j k l} [\hat{L}]_{i j} [\hat{L}]_{i k} [\hat{L}]_{i l} ([{\hat{V}}_{j}]_{k l} + [{\hat{V}}_{k}]_{j l} + [{\hat{V}}_{l}]_{j k}) \end{aligned}

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Math as LaTeX Source

\begin{align*} g_{1i} & = \widehat{\mr{E}}\left[ \widehat{\beta }_ i - \mr{E}(\widehat{\beta }_ i)\right]^3 /\left( \mr{mse} \times [\widehat{\mb{L}}]_{ii} \right) ^{3/2} \\ \widehat{\mr{E}}\left[ \widehat{\beta }_ i - \mr{E}(\widehat{\beta }_ i)\right]^3 & = - \mr{mse}^2 \sum _{jkl} [\widehat{\mb{L}}]_{ij} [\widehat{\mb{L}}]_{ik} [\widehat{\mb{L}}]_{il} \left( [\widehat{\mb{V}}_ j]_{kl} + [\widehat{\mb{V}}_ k]_{jl} + [\widehat{\mb{V}}_ l]_{jk} \right) \end{align*}