cientists working in Lake Tohopekaliga calculating half-lives of pollutants called volatile organic compounds, often measure a transport rate constant. In one study conducted in the fall of 2010, researchers from the University of South Florida found the half-life of a particular pollutant in the lake when the concentration measured 0.640 M was 13.0 days. Assuming that the process is first order, calculate the rate constant of this process. a) 0.0246 b) 0.0123 c) 0.120 d) 0.160 e) 0.0533
cientists working in Lake Tohopekaliga calculating half-lives of pollutants called volatile organic compounds, often measure a transport rate constant. In one study conducted in the fall of 2010, researchers from the University of South Florida found the half-life of a particular pollutant in the lake when the concentration measured 0.640 M was 13.0 days. Assuming that the process is first order, calculate the rate constant of this process. a) 0.0246 b) 0.0123 c) 0.120 d) 0.160 e) 0.0533
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter11: Chemical Kinetics: Rates Of Reactions
Section: Chapter Questions
Problem 1QRT
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Scientists working in Lake Tohopekaliga calculating half-lives of pollutants called volatile organic compounds, often measure a transport rate constant. In one study conducted in the fall of 2010, researchers from the University of South Florida found the half-life of a particular pollutant in the lake when the concentration measured 0.640 M was 13.0 days. Assuming that the process is first order, calculate the rate constant of this process.
a) 0.0246
b) 0.0123
c) 0.120
d) 0.160
e) 0.0533
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