Suppose that the average monthly low temperatures for a small town are shown in the table....

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Suppose that the average monthly low temperatures for a small town are shown in the table. Month Temperature (F) |19 27 38 45 57 62 65 58 51 41 33 25 2. 3 45 6789 10 11 12 Model this data using fox) - a sin(bix - c) d. Use the sine regression feature to do this. Approximate all values to one decimal place. f(x) 22.5sin (0.5(x+1.6)) + 40.7 b. f(x) = 22.5sin (0.5(x + 3,2)) + 40.7 f(x) - 22,5sin (1.25(x + 1.6)) + 40.7 f(x) = 25.7sin (0.5(x+ 1.6)) + 32.5 Suppose that the average monthly low temperatures for a small town are shown in the table. Month Temperature (F) |19 27 38 45 57 62 65 58 51 41 33 25 2. 3 45 6789 10 11 12 Model this data using fox) - a sin(bix - c) d. Use the sine regression feature to do this. Approximate all values to one decimal place. f(x) 22.5sin (0.5(x+1.6)) + 40.7 b. f(x) = 22.5sin (0.5(x + 3,2)) + 40.7 f(x) - 22,5sin (1.25(x + 1.6)) + 40.7 f(x) = 25.7sin (0.5(x+ 1.6)) + 32.5