2. When uranium 235U captures a neutron, it fissions (splits) into two nuclei (and emits several neutrons, which can cause other uranium nuclei to split). Assume that the fission products are equally charged nuclei with charge +46e and that these nuclei are at rest just after fission and separated by twice their radius 2R=1.3 x 1014m. (a) Calculate the electrostatic potential energy of the fission fragments. (b) Find the electric field at point P located a distance x = 3R from the origin.
2. When uranium 235U captures a neutron, it fissions (splits) into two nuclei (and emits several neutrons, which can cause other uranium nuclei to split). Assume that the fission products are equally charged nuclei with charge +46e and that these nuclei are at rest just after fission and separated by twice their radius 2R=1.3 x 1014m. (a) Calculate the electrostatic potential energy of the fission fragments. (b) Find the electric field at point P located a distance x = 3R from the origin.
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Transcribed Image Text:2. When uranium 235U captures a neutron, it fissions
(splits) into two nuclei (and emits several
neutrons, which can cause other uranium nuclei
to split). Assume that the fission products are
equally charged nuclei with charge +46e and that
these nuclei are at rest just after fission and
separated by twice their radius 2R=1.3 x 1014m.
(a) Calculate the electrostatic potential energy of the fission fragments.
(b) Find the electric field at point P located a distance x = 3R from the origin.
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