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Beta Decay

An alpha part...

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An alpha particle, a proton, a deutron and a neutron are projected towards the same nucleus with the same kinetic energy in different experiments. The distance of closet approach is minimum for

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Q. In the different experiments,

α -

particles, proton, deuteron and neutron are projected towards gold nucleus with the same kinetic energy. The distance of closest approach will be minimum for

α

- particle is projected towards the following nucleus with same kinetic energy in different experiment the distance of closet approach is maximum for

α

- particle & a proton are projected towards the same nucleus. Calculate the ratio of the distance of their closest approach if they are projected with the same kinetic energy.

α

particle with a kinetic energy of

1 M e V

is projected towards a stationary nucleus with a charge

| 75 e |

. Neglecting the motion of the nucleus, determine the distance of closest approach of the

α

α -

particle and a proton, moving with same kinetic energy approach a gold foil. If the distance of closest approach for proton is

x

, what will be its value for the

α -

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