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3. Compute for the amount of increase in concentration of CO2 in ppm and in metric tons. Weight of CO2 (in billion metric tons) 747.63 Year Atmospheric CO2 concentration ppm ppm 1966 351 2014 450 958.50 amount of increase from 1966 to 2014

3. Compute for the amount of increase in concentration of CO2 in ppm and in metric tons. Weight of CO2 (in billion metric tons) 747.63 Year Atmospheric CO2 concentration ppm ppm 1966 351 2014 450 958.50 amount of increase from 1966 to 2014

Chemistry
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
Chapter5: Gases
Section: Chapter Questions
Problem 129E
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3. Compute for the amount of increase in concentration of CO2 in ppm and in metric tons. Weight of CO2 (in bilion metric tons) Atmospheric CO2 concentration ppm ppm Year 1966 351 747.63 2014 450 958.50 amount of increase from 1966 to 2014
Transcribed Image Text:3. Compute for the amount of increase in concentration of CO2 in ppm and in metric tons. Weight of CO2 (in bilion metric tons) Atmospheric CO2 concentration ppm ppm Year 1966 351 747.63 2014 450 958.50 amount of increase from 1966 to 2014
3. In 1966, the atmospheric concentration of CO2 was 351 ppm. In 2014, the atmospheric concentration of CO2 was 450 ppm. Compute for the amount of increase in concentration of CO2 in ppm and in metric tons. Each ppm is equivalent to 2.13 billion metric tons of CO2. The production of CO2 emissions worldwide is listed in the table below, indicating that from 1966 to 2006, 225 billion metric tons of CO2were emitted. However, the atmospheric concentration of CO2 did not increase by 225 billion metric tons. It only increased by 168.27 billion metric tons. Weight of carbon dioxide (billion metric tons) Source of carbon dioxide Coal 86 Oil 98 Natural gas 36 Others total 225 How do you account for the difference between CO2 emissions and the change in atmospheric concentration of CO2? Where did the excess CO2 go? List the possible sinks that may have absorbed some of this CO2.
Transcribed Image Text:3. In 1966, the atmospheric concentration of CO2 was 351 ppm. In 2014, the atmospheric concentration of CO2 was 450 ppm. Compute for the amount of increase in concentration of CO2 in ppm and in metric tons. Each ppm is equivalent to 2.13 billion metric tons of CO2. The production of CO2 emissions worldwide is listed in the table below, indicating that from 1966 to 2006, 225 billion metric tons of CO2were emitted. However, the atmospheric concentration of CO2 did not increase by 225 billion metric tons. It only increased by 168.27 billion metric tons. Weight of carbon dioxide (billion metric tons) Source of carbon dioxide Coal 86 Oil 98 Natural gas 36 Others total 225 How do you account for the difference between CO2 emissions and the change in atmospheric concentration of CO2? Where did the excess CO2 go? List the possible sinks that may have absorbed some of this CO2.
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