deletions | additions       diff --git a/subsection_Quadrature_Noise_The_motion__.tex b/subsection_Quadrature_Noise_The_motion__.tex  index e1c1197..ca02b13 100644  --- a/subsection_Quadrature_Noise_The_motion__.tex  +++ b/subsection_Quadrature_Noise_The_motion__.tex 
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In steady state,   \[ A_s \approx A_i\]  Therefore.  \[f(t) = A e^{i\omega_p e^{i\omega_p/2  t}(e^{i \omega_p/2*t} \delta t}  + e^{- i \omega_p/2*t}) \delta t}) = A cos(\delta t) e^{i\omega_p/2 t}  \]