# Solutions To Problems In Kenneth Krane Introductory Nuclear Physics

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neutron separation energies k. krane “introductory nuclear physics

Assume a spherically symmetric potential VN(r); then the eigenstates have definite orbital angular momentum, and the standard radial and angular momentum quantum numbers (n,l,m) as indicated. (Justification: measured quadrupole moments of nuclei are relatively small, at least near the “magic numbers” that we are interested in explaining; midway between the last two magic numbers, ie around Z or N = 70, 100, the picture changes, and we will have to use a different approach, but at least for the lighter .introductory nuclear physics

energy, 249 long-range, 302 nuclear recoil energy, 248 parity change in, 257problem class questions for phy008 atomic and nuclear physics

Q19. The atomic nucleus may be considered to be a sphere of positive charge with a diameter very much less than that of the atom. Discuss the experimental evidence that supports this view. Discuss briefly how this experimental evidence has been obtained? A19. Atoms are electrically neutral, so if they contain electrons they must also contain some positive charge, but where? Thomson assumed that this was uniformly distributed like a soup throughout the atom but this was only conjecture. To find out, in 1909.**Suggested**

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