Chapter 11: Q22E (page 518)
Calculate the binding energy per nucleon of technetium - .
Short Answer
Binding energy per nucleons is .
Chapter 11: Q22E (page 518)
Calculate the binding energy per nucleon of technetium - .
Binding energy per nucleons is .
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(b) To determine isrole="math" localid="1658411423839" decay possible for the hypothetical nucleus .
(c) To determine isrole="math" localid="1658411438076" decay possible.
All target nuclei used in MRI have an odd number of protons or neutrons or both. What does this suggest about nuclear spins? (Note: Both the proton and the neutron have gyromagnetic ratios.)
Potassium-40 has a half-life of yr, decaying to calcium-40 and argon-40 in a ratio of 8.54 to 1. If a rock sample contained no argon when it formed a solid but now contains one argon-40 atom for every potassium-40 atom, how old is the rock?
A bone of an animal contains mol of the carbon when it dies.
(a) How many carbon-14 atoms would be left after 200,000 years?
(b) Is carbon-14 dating useful to predict the age of such an old bone? Explain.
(a) Calculatethe binding energies per nucleon of the isobars boron- 12, carbon- 12, and nitrogen- 12.
(b) In which ofthe terms of the semiempirical binding energy formula do these binding energies differ, and how should these differences affect the binding energy per nucleon?
(c) Determine the binding energy per nucleon using the semiempirical binding energy formula and discuss the result.
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