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2. Sketch a graph based on the description given below. State the type of function and any key features related to the graph. a. The Panono ball camera is thrown up in the air by a person who released it at a height of 1. 7m. The ball's sensor took pictures at its maximum height of 33m. Unfortunately, it was not caught, but hit the ground 4.8 seconds after the time it was released. (Don't worry, the pictures it took will be fine!) Sketch a graph that would model the ball's height versus time. b. Santa Monica's famous Ferris wheel has a diameter of about 24m and rotates at a rate of 1 revolution every 32 seconds. The ride lasts for 192 seconds. The total height of the structure is 27m, as the wheel is 3m off the ground. 1. Sketch a graph that would model your height above the ground in relation to time of the ride. Assume you board the wheel at its lowest point. 2. If your friends had boarded before you, indicate on the graph where they might be at the start of the ride? 3. What if the Ferris wheel spun backward. How might that change your graph