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PART 3 - TRIGONOMETRY In real life, trigonometry functions are used to calculate angles, lengths of slopes, heights etc. for rides that have circular motion such as Ferris wheels, teacups, roller coaster with loops, swings, etc. These calculations help designers make rides that are safe and thrilling at the same time. In this part of the project, you will create your own Ferris wheel ride with the following requirements: Choose minimum starting point (the distance from the ground riders will get on the ride) A realistic maximum height of the Ferris wheel. . . The ride length must be between 3-5 minutes. Label the coordinates on the graph Answer the following questions, based on your graph above: 1. Determine the range of your graph. What does the range tell you about the Ferris wheel? 2. Determine the amplitude of your graph. What does the amplitude tell you about the Ferri wheel? 3. Determine the equation of the midline, What does the midline tell you about the Ferris wheel? 4. Determine the period of your graph. What does the period tell you about the Ferris w 5. Determine a cosine equation for your graph