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CFringanalysis

-              v2
+              v3
 '''Uniform Collapse of the ambient'''
+Ignoring the pressure of the ambient, the local acceleration of a gas parcel at a distance r away from the origin for a uniform density sphere is given by:
+Needed to revisit these solutions to develop the model of the ambient infall. This can be followed [https://astrobear.pas.rochester.edu/trac/wiki/u/erica/UniformCollapse here].
+[[latex($\frac{d^2r}{dt^2} = -G\frac{M_r}{r^2}$)]]
+Of crucial importance to this model is the ram pressure analysis at the bottom of the page. Unfortunately, I noticed today that those calculations aren't correct from the shapes of the curves. I found the bug and will get new plots of that up next.
-Integrating this equation under the boundary conditions, the initial velocity [[latex($\frac{dr}{dt}=0$)]] and the initial radius is the radius of the sphere [[latex($r=r_0$)]], leads to an equation that describes the radius of the outer sphere over time,
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