Use Matlab

The Mana Loa observatory contains the longest in-situ record of CO_2 in the atmosphere (ftp://CO aftp.cmdl.noaa.gov/products/trends/co2/co2_annmean_mlo.txt.) (a) Using the data from the beginning of the record to 2000, extrapolate the CO_2 concentration at 2100. In this problem, limit yourself to using a n-th order polynomial. (b) What are you assuming by doing this? (c) Does the data visually fit the observations between 2000 2015? (d) What happens when you use one spline in the interp1 function to predict the CO_2 concentration at 2100? The Mana Loa observatory contains the longest in-situ record of CO_2 in the atmosphere (ftp://CO aftp.cmdl.noaa.gov/products/trends/co2/co2_annmean_mlo.txt.) (a) Using the data from the beginning of the record to 2000, extrapolate the CO_2 concentration at 2100. In this problem, limit yourself to using a n-th order polynomial. (b) What are you assuming by doing this? (c) Does the data visually fit the observations between 2000 2015? (d) What happens when you use one spline in the interp1 function to predict the CO_2 concentration at 2100