Question: Assignment 10.5: Graphs of Trig Functions Progress saved Done Score: 10.17/17 10/17 answered VO -. . Question 1 > 0.67/1 pt 0 3 2 87

 Assignment 10.5: Graphs of Trig Functions Progress saved Done Score: 10.17/1710/17 answered VO -. . Question 1 > 0.67/1 pt 0 32 87 0 Details -6 -5 -2 -J Based on the graphabove, determine the amplitude, midline, and period of the function Amplitude: Period:Midline: y =Assignment 10.5: Graphs of Trig Functions Progress saved Done Score:10.17/17 10/17 answered . Question 4 0/1 pt 0 3 2 99

Assignment 10.5: Graphs of Trig Functions Progress saved Done Score: 10.17/17 10/17 answered VO -. . Question 1 > 0.67/1 pt 0 3 2 87 0 Details -6 -5 -2 -J Based on the graph above, determine the amplitude, midline, and period of the function Amplitude: Period: Midline: y =Assignment 10.5: Graphs of Trig Functions Progress saved Done Score: 10.17/17 10/17 answered . Question 4 0/1 pt 0 3 2 99 0 Details Find a function of the form y = Asin(kx) + Cory = Acos(kx) + O whose graph matches the function shown below: -6 -5 F Leave your answer in exact form; if necessary, type pi for *. yAssignment 10.5: Graphs of Trig Functions Progress saved Done Score: 10.17/17 10/17 answered VO Disable equation editor Question 5 0/1 pt 3 99 0 Details Outside temperature over a day can be modeled as a sinusoidal function. Suppose you know the temperature is 50 degrees at midnight and the high and low temperature during the day are 68 and 32 degrees, respectively. Assuming t is the number of hours since midnight, find an equation for the temperature, D, in terms of t. D(t)Assignment 10.5: Graphs of Trig Functions Progress saved Done Score: 10.17/17 10/17 answered Vo . . . Question 6

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