This experiment is done for finding some conclusions in the world of science and after processing this experiment they found some conclusions, as well as arguments, are also taking place on this particular experiment. They found that most of the alpha particles passed through the coil without suffering and some alpha particles scattered and more than ninety percent got affected. These new foundations give scientist a ray of hope work in this direction so that they can find out the new and worthy meaning to complete this alpha particle scattering experiment. This experiment change the way of thinking about the atoms. Before the accomplishment of this model best model was the plum pudding model given by Thomson but the success of this experiment changes the way of thinking and make new achievements in the field of science.
What are the conclusions and arguments on alpha particle scattering experiment?
Although results were not in sync with the other model which was named plum pudding model and scientist Rutherford concluded that all the alpha particles are positively charged and to deflected them back a large repelling force would be needed but the argument is that for all this to happen a large positive charge of an atom will be needed to be concentrated in center. When alpha particles come very close to the positive mass which is in the center it would easily reply which leads to the deflection. Another suggestion made was the nuclear model of an atom in which the entire positive charge and most of the mass is concentrated and further the size of the nucleus is also selected in which the whole experiment is going to take place.
What is alpha practical trajectory?
This trajectory which is traced by alpha particles depends on the impact of the collisions. Hence the particles with small impact parameters and those particles which are close to the nucleus will experience a large angle of scattering and on the other hand, those with are impacted the most in that parameter suffer no scattering at all. And lastly, which has zero impact which means they haven’t impacted they will have a head-on collision with a nucleus and they will rebound back. And if the experiment is concerned it was observed that for a very small span of time particles start rebounding back and a very smaller number of particles were colliding head-on with the nucleus.