Rutherford Scattering model geometry

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SUMMARY

The discussion centers on the relationship between the angles in the Rutherford Scattering model, specifically the equation pi - theta = phi. The user references a YouTube video that explains how to derive the differential scattering cross section, emphasizing the scenario where phi + theta equals pi radians. This relationship is crucial when analyzing large scattering angles in the context of particle physics.

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  • Understanding of basic trigonometry and angular relationships.
  • Familiarity with the Rutherford Scattering model.
  • Knowledge of differential scattering cross section concepts.
  • Basic principles of particle physics.
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  • Research the derivation of the differential scattering cross section in the context of Rutherford Scattering.
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thegirl
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Hi,
Screen Shot 2015-03-28 at 11.50.11.png


I was just wondering if someone could help clarify how pi - theta = phi?



That is the link to the youtube video I was watching, the guys pretty good check him out if you want to learn how to derive the differential scattering cross section.
 

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He is just looking at the case when phi + theta = pi radians
 
Thank You

When would that be? when the scattering angle is really big?
 

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