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There is only the Coulomb force acting on particle B: F(t) = 1 sin(t)). (0) cos (t) Starting by taking advantage of the fact

There is only the Coulomb force acting on particle B: sin (t)). cos (t) F(t) = 9A9B 1 4760 r(t) ( Starting by

There is only the Coulomb force acting on particle B: F(t) = 1 sin(t)). (0) cos (t) Starting by taking advantage of the fact that F(t) = P(t), show that the total change in momentum during the scattering process (Ap = POUT - PIN) can be evaluated as 0 = What is the value of ? Remember that it follows from the conservation of angular momentum that mr(t)(t) = bpo.

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