Alternative Equation Formats

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MathML

\begin{aligned} b^{'} (θ) & = \frac{\exp (θ)}{1 + \exp (θ)} \\ b (θ) & = \log (1 + \exp (θ)) \\ θ_{m} & = Ψ_{0} + Ψ^{'} x_{m}^{⋆} \\ θ_{m}^{⋆} & = Ψ_{0}^{⋆} + Ψ^{⋆'} x_{m}^{⋆} \end{aligned}

Math Rendered as SVG

Math as LaTeX Source

\begin{align*} b'(\theta ) & = \frac{\exp (\theta )}{1 + \exp (\theta )} \\ b(\theta ) & = \log \left( 1 + \exp (\theta ) \right) \\ \theta _ m & = \Psi _0 + \bPsi '\mb{x}^\star _ m \\ \theta ^\star _ m & = \Psi ^\star _0 + \bPsi ^{\star \prime } \mb{x}^\star _ m \end{align*}