Compute for the amount of increase in concentration of CO2 in ppm and metric tons. Year Atmospheric CO2 concentration Weight of CO2 (in billion metric tons) 1966 321 ppm 683 2014 400 ppm 852 amount of increase form 1966 to 2014 Choices for answer: A. 79 ppm and 168.27 x 1011 metric tons respectively B. 79 ppm and 1.6827 x 1011 metric tons respectively C. 79 ppm and 16.827 billion metric tons respectively D. 78 ppm and 16.827 billion metric tons respectively E. 80 ppm and 1.6827 x 1011 metric tons respectively
Compute for the amount of increase in concentration of CO2 in ppm and metric tons. Year Atmospheric CO2 concentration Weight of CO2 (in billion metric tons) 1966 321 ppm 683 2014 400 ppm 852 amount of increase form 1966 to 2014 Choices for answer: A. 79 ppm and 168.27 x 1011 metric tons respectively B. 79 ppm and 1.6827 x 1011 metric tons respectively C. 79 ppm and 16.827 billion metric tons respectively D. 78 ppm and 16.827 billion metric tons respectively E. 80 ppm and 1.6827 x 1011 metric tons respectively
Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)
5th Edition
ISBN:9781305084766
Author:Saeed Moaveni
Publisher:Saeed Moaveni
Chapter18: Mathematics In Engineering
Section: Chapter Questions
Problem 15P: A jet plane taking off creates a noise with a magnitude of approximately 125 dB. What is the...
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Compute for the amount of increase in concentration of CO2 in ppm and metric tons.
Year | Atmospheric CO2 concentration | Weight of CO2 (in billion metric tons) |
1966 | 321 ppm | 683 |
2014 | 400 ppm | 852 |
amount of increase form 1966 to 2014 |
Choices for answer:
A. 79 ppm and 168.27 x 1011 metric tons respectively
B. 79 ppm and 1.6827 x 1011 metric tons respectively
C. 79 ppm and 16.827 billion metric tons respectively
D. 78 ppm and 16.827 billion metric tons respectively
E. 80 ppm and 1.6827 x 1011 metric tons respectively
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