I only need part D answered. The answers for a-c are:A = 569.140502B = 367.212757C = 31.4764215 Per capita coffee consumption in the U.S. fluctuates over time but is greater here thananywhere else in the world. The number of cups f(x) consumed per adult per day in a givenyear x, with the year 1955 corresponding to x=0, is given by the mathematical modelf(x) = 2.77+0.0848.x-0.00832x² + 0.000144.x³ .a. Use methods of calculus to determine the year in which coffee consumption was leastduring the period from 1955 to 1994.b. Use methods of calculus to determine the year in which coffee consumption was thegreatest during the same period. What was the daily coffee consumption per adult inthe U.S. at that time?c. Use the methods of calculus to determine the year in which coffee consumption wasdecreasing at the greatest rate (during the same time period).d. Graph y= f(x) for the years 1955 to 1994. Does your graph support your answersabove? If not, explain any differences.

Name: I only need part D answered. The answers for a-c are:A = 569.140502B =
Uploaded: 2024-03-05T11:53:49.000Z
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Description: I only need part D answered. The answers for a-c are:A = 569.140502B = 367.212757C = 31.4764215 Per capita coffee consumption in the U.S. fluctuates over time but is greater here thananywhere else in the world. The number of cups f(x) consumed per ad