A breeder reactor converts relatively stable Uranium-238 into the isotope Plutonium-239. After 5 years it was determined that 0.043% of the initial amount Ao of plutonium has disintegrated. A. What will be the differential equation for this problem? B. If the atoms of Ao have disintegrated, how much is remained? C. What is the value of the decay constant? D. What is the corresponding value of A(t) at half-life? E. What is the half-life of the isotope?
A breeder reactor converts relatively stable Uranium-238 into the isotope Plutonium-239. After 5 years it was determined that 0.043% of the initial amount Ao of plutonium has disintegrated. A. What will be the differential equation for this problem? B. If the atoms of Ao have disintegrated, how much is remained? C. What is the value of the decay constant? D. What is the corresponding value of A(t) at half-life? E. What is the half-life of the isotope?
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter21: Nuclear Chemistry
Section: Chapter Questions
Problem 21.40QE
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A breeder reactor converts relatively stable Uranium-238 into the isotope Plutonium-239. After 5 years it was determined that 0.043% of the initial amount Ao of plutonium has disintegrated.
A. What will be the differential equation for this problem?
B. If the atoms of Ao have disintegrated, how much is remained?
C. What is the value of the decay constant?
D. What is the corresponding value of A(t) at half-life?
E. What is the half-life of the isotope?
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