By doing which of the following the Rutherford's closest distance of approach (calculated by using alpha-particles) decreases ?

Write the expression for distance of closest approach for a alpha -particle.

In scattering experiment, find the distance of closest approach, if a 6 MeV alpha - particle is used

In scattering experiment, find the distance of closest approach, if a 6 MeV alpha - particle is used

A closest distance of approach of an "alpha" particle travelling with a velocity "v towards "Al(13)" nucleus is d The closest distance of approach of an alpha particle travelling with velocity 4V towards Fe(26) nucleus is

A closest distance of approach of an a particle travelling with a velocity V towards Al_(13) nucleus . d . The closest distacne of approach of an alpha particle travelling with velocity 4V toward Fr_(26) nucleus is

Define the distance of closest approach. An alpha -particle of kinetic enegy 'K' is bombarded on a thin gold foil. The distance of the closest approach is 'r' . What will be the distance of closest approach for an alpha -particle of double the kinetic energy ?

Define the distance of closest approach. An alpha -particle of kinetic enegy 'K' is bombarded on a thin gold foil. The distance of the closest approach is 'r' . What will be the distance of closest approach for an alpha -particle of double the kinetic energy ?

An alpha particle of momentum p is bombarded on the nucleus, the distance of the closest approach is r, if the momentum of alpha -particle is made to 6p, then the distance of the closest approach becomes