Which of the following would have the greatest amount (in moles) of the original isotope remaining? A) 1.0 g of Fe-59 after 100 days (half life = 44.5 days) B) 1.0 g of S-35 after 100 days (half life = 87 days) C) 1.0 g of P-32 after 100 days (half life = 14.3 days) D) 1.0 g of Cu-64 after 100 days (half life = 12.7 hours) E) 1.0 g of I-131 after 100 days (half life = 8.0 days)
Which of the following would have the greatest amount (in moles) of the original isotope remaining? A) 1.0 g of Fe-59 after 100 days (half life = 44.5 days) B) 1.0 g of S-35 after 100 days (half life = 87 days) C) 1.0 g of P-32 after 100 days (half life = 14.3 days) D) 1.0 g of Cu-64 after 100 days (half life = 12.7 hours) E) 1.0 g of I-131 after 100 days (half life = 8.0 days)
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter18: The Nucleus: A Chemist's View
Section: Chapter Questions
Problem 30E
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Which of the following would have the greatest amount (in moles) of the original isotope remaining?
A) 1.0 g of Fe-59 after 100 days (half life = 44.5 days)
B) 1.0 g of S-35 after 100 days (half life = 87 days)
C) 1.0 g of P-32 after 100 days (half life = 14.3 days)
D) 1.0 g of Cu-64 after 100 days (half life = 12.7 hours)
E) 1.0 g of I-131 after 100 days (half life = 8.0 days)
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