8.32. In Fig. 8.6(a) if ; + 0, show that after the collision v= v; U2;...

 

  

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8.32. In Fig. 8.6(a) if ; + 0, show that after the collision v= v; U2; and Vy Uzs = Vi- %3D %3D 8.33. A neutron of mass m, moving with velocity v collides with an atomic nucleus of mass in kinetic cnemy of the neutron if the atomic m1 m2 m2 (a) m, = m2 3D0 %3D %3D m2 m, m2 (b) m, << m2 Vi %3D m1 m2 m2 (c) m, >> m2 Vi Before collision After collision Figure 8.6 One-dimensional elastic collision between two objects. 8.32. In Fig. 8.6(a) if ; + 0, show that after the collision v= v; U2; and Vy Uzs = Vi- %3D %3D 8.33. A neutron of mass m, moving with velocity v collides with an atomic nucleus of mass in kinetic cnemy of the neutron if the atomic m1 m2 m2 (a) m, = m2 3D0 %3D %3D m2 m, m2 (b) m, << m2 Vi %3D m1 m2 m2 (c) m, >> m2 Vi Before collision After collision Figure 8.6 One-dimensional elastic collision between two objects.