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i) The possible decay series from radon-222 to produce lead-210 is as follows: 2ERN → 21Po 214Pb → 2Bi Bi - 214Po → 210PB 86 Compieie ühe decay series by consiructing a suitabie baianced nuciear reaction equation for each decay step. ii) Lead-210 has a long half-life (to.s) (approximately 20.4 years). Based on this statement, suggest the reason(s) why high lead-210 content in cigarettes is hazardous for smokers' heath.

i) The possible decay series from radon-222 to produce lead-210 is as follows: 2ERN → 21Po 214Pb → 2Bi Bi - 214Po → 210PB 86 Compieie ühe decay series by consiructing a suitabie baianced nuciear reaction equation for each decay step. ii) Lead-210 has a long half-life (to.s) (approximately 20.4 years). Based on this statement, suggest the reason(s) why high lead-210 content in cigarettes is hazardous for smokers' heath.

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter25: Nuclear Chemistry
Section: Chapter Questions
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c) Lead-210 isotope (21°Pb) is a radioactive pollutant presents in tobacco leaves, which may be one of the cancer-causes for smokers. This lead-210 is originated from several decays of radon-222 typically found in the soil gas and surface air layer in the tobacco fam. i) The possible decay series from radon-222 to produce lead-210 is as follows: 21Po 214Pb Bi 214Po → Pb Compieie ühe decay series by consirucing a suiiabie baianced nuciear reaction equation for each decay step. ii) Lead-210 has a long half-life (fo.5) (approximately 20.4 years). Based on this statement, suggest the reason(s) why high lead-210 content in cigarettes is hazardous for smokers' health.
Transcribed Image Text:c) Lead-210 isotope (21°Pb) is a radioactive pollutant presents in tobacco leaves, which may be one of the cancer-causes for smokers. This lead-210 is originated from several decays of radon-222 typically found in the soil gas and surface air layer in the tobacco fam. i) The possible decay series from radon-222 to produce lead-210 is as follows: 21Po 214Pb Bi 214Po → Pb Compieie ühe decay series by consirucing a suiiabie baianced nuciear reaction equation for each decay step. ii) Lead-210 has a long half-life (fo.5) (approximately 20.4 years). Based on this statement, suggest the reason(s) why high lead-210 content in cigarettes is hazardous for smokers' health.
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