Question: 10.5 '. Question 1 1' B (1 pt '0 3 f3 99 6) Details Based on the graph above, determine the amplitude, midline, and period

 10.5 '. Question 1 1' B ("1 pt '0 3 f399 6) Details Based on the graph above, determine the amplitude, midline,and period of the function Period: Midline: y = [ O Question4v a on pt 0 3 r: 99 G) Details Find afunction of the form 3; = AsinUBI) + C or y =Acos(kz] + C whose graph matches the function shown below: munhang" Leave
your answer in exact form; if necessary, type pi for 1r. IQuestion 5 v B on pt '0 3 3 99 (3 DetailsOutside temperature over a day can be modeled as a sinusoidal function.Suppose you know the temperature is 50' degrees at midnight and thehigh and low temperature during the day are 68 and 32 degrees,respectively. Assumingt is the number of hours since midnight. find an equation

10.5 '. Question 1 1' B ("1 pt '0 3 f3 99 6) Details Based on the graph above, determine the amplitude, midline, and period of the function Period: Midline: y = [ O Question4 v a on pt 0 3 r: 99 G) Details Find a function of the form 3; = AsinUBI) + C or y = Acos(kz] + C whose graph matches the function shown below: munhang" Leave your answer in exact form; if necessary, type pi for 1r. I Question 5 v B on pt '0 3 3 99 (3 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. Assumingt is the number of hours since midnight. find an equation for the temperature, I), in terms of t. D{) - . Question 6 ' Go/1 pt 9 3 99 0 Details -6 -5 -4 -3 -2 2 3 5 6 The graph above is a graph of what function?I Question 1? v E.' on pt '0 3 i".- 93 G) Details Match each graph with its equation. Not all equations will. be used. Assignment 10.7: Solving Trigonometric Equations Score: 6.?'5f16 W 16 answered 0 Question 8 v Solve 5111(3) 0.17 on U 5 :1: Solve 251n2(m) 5111(3) l = D for all solutions. I: I +2k1r; Select an answer V Give your answers as exact values in a list separated by commas. . Question 15 Solve 2 cos (x) + cos(x) - 3 = 0 for all solutions. T= where k E Z

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