Solve the problem from the image below.

31. You are riding a Ferris Wheel. The diameter of the wheel is 28 feet and travels at a constant rate of 4 revolutions per minute. The lowest point of the ride is 12 feet above the ground. a. Find an equation Mt), to model your height above the ground as a function of time assuming you begin the ride at the lowest point of the Ferris Wheel. b. How high above the ground are you at time t = 31 seconds? c. When will you reach the highest point? 32. A man is standing on top ofa IOU-foot tall building when he sees a car moving towards him. If the angle of depression of the car changes from 15 to 35 during the period of observance, how far does the car travel in that time? Draw a picture to help complete the