An electron beam of momentum 200 MeV/c is elasti an angle of 14° by a nucleus. It is observed that the di is reduced by 60% compared to that expected from a Calculate the root mean square radius of the nucleus.
An electron beam of momentum 200 MeV/c is elasti an angle of 14° by a nucleus. It is observed that the di is reduced by 60% compared to that expected from a Calculate the root mean square radius of the nucleus.
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![An electron beam of momentum 200 MeV/c is elastically scattered through
an angle of 14° by a nucleus. It is observed that the differential cross-section
is reduced by 60% compared to that expected from a point charge nucleus.
Calculate the root mean square radius of the nucleus.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5142d083-95d7-448c-885a-9e2271587d54%2Fa6d044ed-603d-4a2b-b87b-f6b162f66e3c%2Fc8mdmg7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:An electron beam of momentum 200 MeV/c is elastically scattered through
an angle of 14° by a nucleus. It is observed that the differential cross-section
is reduced by 60% compared to that expected from a point charge nucleus.
Calculate the root mean square radius of the nucleus.
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