c) Lead-210 isotope (21°Pb) is a radioactive pollutant presents in tobacco leaves, which maybe one of the cancer-causes for smokers. This lead-210 is originated from several decaysof 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:21Po214PbBi214Po → PbCompieie ühe decay series by consirucing a suiiabie baianced nuciear reactionequation 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 forsmokers' health.

Radioactive nuclear reactions are the reactions in which there will be changes in the mass number…

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

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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