5. Derive (4-5) relating the distance of closest approach and the impact parameter to the scattering...

 

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5. Derive (4-5) relating the distance of closest approach and the impact parameter to the scattering angle. 6. A 5.30 MeV a particle is scattered through 60° in passing through a thin gold foil. Calcu- late (a) the distance of closest approach, D, for a head-on collison and (b) the impact parameter, b, corresponding to the 60° scattering. 5. Derive (4-5) relating the distance of closest approach and the impact parameter to the scattering angle. 6. A 5.30 MeV a particle is scattered through 60° in passing through a thin gold foil. Calcu- late (a) the distance of closest approach, D, for a head-on collison and (b) the impact parameter, b, corresponding to the 60° scattering.