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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Get started for freeCertain nuclei with half-lives between days and a few years are found in nature in small abundances that do not change at all over many, many years. How is this possible? (Hint: Natural uranium and thorium have very long half lives.)
Question:The semiempirical binding energy formula has four terms. Suppose we have a nucleus with 18 protons and 22 nutrons. For each term in the formula, indicate (without calculation) whether adding one more proton would cause an increase or 3 decrease and explain why it should have this effect. Focus on the underlying idea.
What is the recoil speed of the daughter nucleus when decays.
Eighty centuries after its death, what will be the decay rate of 1g of carbon from the thigh bone of an animal?
In an assembly of fissionable material. The larger the surface area per fissioning nucleus (i.e. per unit volume), the more likely is the escape of valuable neutrons.
(a) What is the surface-to-volume ratio of a sphere of radius r?
(b) What is the surface-to-volume ratio of a cube of the same volume?
(c) What is the surface-to-volume ratio of a sphere of twice the volume?
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