Which is NOT true: - Decay of daughter isotopes of 222Rn that are deposited on dust particles and then inhaled is the most significant health hazard from radon gas. - 222Rn is a monatomic noble gas, and is able to seep out of rocks and soils. - Decay of inhaled 222Rn isotope in the lungs is the most significant health threat from radon gas. - 222Rn is in the radioactive decay series of 238U. - Alpha-particles have limited penetrating power, so alpha emitters are primarily of concern when inhaled or ingested.
Which is NOT true: - Decay of daughter isotopes of 222Rn that are deposited on dust particles and then inhaled is the most significant health hazard from radon gas. - 222Rn is a monatomic noble gas, and is able to seep out of rocks and soils. - Decay of inhaled 222Rn isotope in the lungs is the most significant health threat from radon gas. - 222Rn is in the radioactive decay series of 238U. - Alpha-particles have limited penetrating power, so alpha emitters are primarily of concern when inhaled or ingested.
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter14: Nuclear Chemistry
Section: Chapter Questions
Problem 14.36PAE
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Which is NOT true:
- Decay of daughter isotopes of 222Rn that are deposited on dust particles and then inhaled is the most significant health hazard from radon gas.
- 222Rn is a monatomic noble gas, and is able to seep out of rocks and soils.
- Decay of inhaled 222Rn isotope in the lungs is the most significant health threat from radon gas.
- 222Rn is in the radioactive decay series of 238U.
- Alpha-particles have limited penetrating power, so alpha emitters are primarily of concern when inhaled or ingested.
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