4) Find the Radon Level Radon can pose a health risk when high levels become trapped in the basement of a house. Test kits are used by homeowners to monitor the radiation level. Suppose 3.38 x 107 radon atoms are in a basement at a time when it is sealed to prevent any additional radon from entering. Given that the decay constant of radon is 0.181 d', how many radon atoms remain in the basement after (a) 7 d and (b) 14 d? 9.52 x06 atoms, 2.68×106 atoms

Modern Physics
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Author:Raymond A. Serway, Clement J. Moses, Curt A. Moyer
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Chapter13: Nuclear Structure
Section: Chapter Questions
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D 12.4.2
4) Find the Radon Level
Radon can pose a health risk when high levels become trapped in the basement of a house. Test
kits are used by homeowners to monitor the radiation level. Suppose 3.38 x 107 radon atoms are
in a basement at a time when it is sealed to prevent any additional radon from entering. Given that
the decay constant of radon is 0.181 d', how many radon atoms remain in the basement after (a)
7 d and (b) 14 d? 9.52 x06 atoms, 2.68×106 atoms
Transcribed Image Text:4) Find the Radon Level Radon can pose a health risk when high levels become trapped in the basement of a house. Test kits are used by homeowners to monitor the radiation level. Suppose 3.38 x 107 radon atoms are in a basement at a time when it is sealed to prevent any additional radon from entering. Given that the decay constant of radon is 0.181 d', how many radon atoms remain in the basement after (a) 7 d and (b) 14 d? 9.52 x06 atoms, 2.68×106 atoms
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