Alternative Equation Formats

The equation on this page is available in multiple formats. Depending on your browser, some formats might not render correctly.

MathML

θ_{t} = \frac{G (x_{b}; θ, Ω)}{g (x_{b}; θ, Ω)} \frac{(1 - p_{n})}{p_{n}} = θ \frac{G (x_{r}; θ = 1, Ω)}{g (x_{r}; θ = 1, Ω)} \frac{(1 - p_{n})}{p_{n}}

MathML rendered with MathJax

θ_{t} = \frac{G (x_{b}; θ, Ω)}{g (x_{b}; θ, Ω)} \frac{(1 - p_{n})}{p_{n}} = θ \frac{G (x_{r}; θ = 1, Ω)}{g (x_{r}; θ = 1, Ω)} \frac{(1 - p_{n})}{p_{n}}

Math as LaTeX Source

\[ \theta _ t = \frac{G(x_ b; \theta , \Omega )}{g(x_ b; \theta , \Omega )} \frac{(1-p_ n)}{p_ n} = \theta \frac{G(x_ r; \theta =1, \Omega )}{g(x_ r; \theta =1, \Omega )} \frac{(1-p_ n)}{p_ n} \]