2) If your office mate starts smoking cigarettes in the office and smokes an average of...
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2) If your office mate starts smoking cigarettes in the office and smokes an average of 5 cigarettes per hour and the average emission rate from cigarettes is: 1) 600 mg of carbon dioxide (CO2) per cigarette 2) 50 mg of carbon monoxide (CO) per cigarette 3) 30 mg of particulate matter per cigarette What is the average (steady state) CO2, CO, and particulate matter concentrations in the room (i.e., two human occupants, the cigarette smoking, and the fresh air pollutant concentrations described above). Assume that the emissions of pollutants from your office mate smoking cigarettes are continuous at the average emissions rate. How do the pollutant concentrations compare to the concentrations before your office mate started smoking. How do these concentrations compare to the NAAQS and OSHA PELS. 2) If your office mate starts smoking cigarettes in the office and smokes an average of 5 cigarettes per hour and the average emission rate from cigarettes is: 1) 600 mg of carbon dioxide (CO2) per cigarette 2) 50 mg of carbon monoxide (CO) per cigarette 3) 30 mg of particulate matter per cigarette What is the average (steady state) CO2, CO, and particulate matter concentrations in the room (i.e., two human occupants, the cigarette smoking, and the fresh air pollutant concentrations described above). Assume that the emissions of pollutants from your office mate smoking cigarettes are continuous at the average emissions rate. How do the pollutant concentrations compare to the concentrations before your office mate started smoking. How do these concentrations compare to the NAAQS and OSHA PELS.
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To calculate the steadystate concentrations of CO2 CO and particulate matter in the room ... View the full answer
Related Book For
Elementary Principles of Chemical Processes
ISBN: 978-1119498759
4th edition
Authors: Richard M. Felder, ? Ronald W. Rousseau, ? Lisa G. Bullard
Posted Date:
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