The data below represents annual CO2 Emissions in billions of tonnes since the 1900's. You need to build an algebraic model (equation) that is able to represent the Scatter plot and table below. To me, the graph below looks to be exponential. The equation will then be used to make predictions on CO2 emissions in the future if trends continue. The equation doesn't have to be exact but it has to be close enough that it follows the overall trend and looks similar. Exponential equations needs to be in the form of (i think) y = a f (k (x-d) ) + c Please describe in detail how you were able to get the transformations. Example: a, k, d, and c Horizontal and vertical shifts are c and d values. Then solve for the base and the vertical and horizontal stretch/compression. Describe how those values manifest themselves in a graph. Annual CO2 Emissions vs Year 40 30 20 Annual CO2 Emissions (billion tonnes) 10 1920 1940 1960 1980 2000 2020 Year