Alternative Equation Formats

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MathML

\begin{array}{rcl} V_{g}^{o} (λ) & = & \frac{n D_{λ} (μ)}{(n - γ t r (H_{λ}))^{2}} \\ V_{u}^{o} (λ) & = & \frac{D_{λ} (μ)}{n} - \frac{2}{n} σ^{2} t r (I - γ H_{λ}) + σ^{2} \\ V_{a}^{o} (λ) & = & \frac{D_{λ} (μ)}{n} + \frac{2 γ t r (H_{λ}) P_{λ}}{n t r (I - H_{λ})} \end{array}

Math Rendered as SVG

Math as LaTeX Source

\begin{eqnarray*} \mathcal{V}_ g^ o(\blambda ) & = & \frac{nD_{\blambda }(\bmu )}{(n-\gamma \mathrm{tr}(\bH _{\blambda }))^2}\\ \mathcal{V}_ u^ o(\blambda ) & = & \frac{D_{\blambda }(\bmu )}{n}-\frac{2}{n}\sigma ^2\mathrm{tr}(\bI -\gamma \bH _{\blambda })+\sigma ^2\\ \mathcal{V}_ a^ o(\blambda ) & = & \frac{D_{\blambda }(\bmu )}{n}+\frac{2\gamma \mathrm{tr}(\bH _{\blambda })P_{\blambda }}{n\mathrm{tr}(\bI -\bH _{\blambda })} \end{eqnarray*}