The mass percent of carbon in a typical human is 18%, and the mass percent of 14C in natural carbon is 1,6 * 10-10%. Assuming a 81,6 kg person, how many decay events per second occur in this person due exclusively to the b-particle decay of 14C (for 14C, t1/2 = 5730 years)?
The mass percent of carbon in a typical human is 18%, and the mass percent of 14C in natural carbon is 1,6 * 10-10%. Assuming a 81,6 kg person, how many decay events per second occur in this person due exclusively to the b-particle decay of 14C (for 14C, t1/2 = 5730 years)?
Chapter19: The Nucleus: A Chemist's View
Section: Chapter Questions
Problem 37E
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The mass percent of carbon in a typical human is 18%, and the mass percent of 14C in natural carbon is 1,6 * 10-10%. Assuming a 81,6 kg person, how many decay events per second occur in this person due exclusively to the b-particle decay of 14C (for 14C, t1/2 = 5730 years)?
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