Process Angle of Vertical Leg of Total Height Time (If you decide to change your Rotation from Right Triangle of Capsule process, explain your (min) Boarding Station (a) (m) decision.) 1 12° 30 360° Create a graph showing the height changing as a given capsule rotates through one complete revolution of the wheel. Show at least 10 well-spaced data points on your graph. Use spreadsheet software or a graphing calculator to model the height of a capsule as it continues to rotate around the wheel. Show at least 90 minutes of rotation. Create a graph of the data. On your graph, label the period and amplitude of the curve. How do these values on your mathematical model relate to the physical context of the Singapore Flyer?
Time (min) Angle of Rotation from Boarding Station Vertical Leg of Right Triangle (a) Process (If you decide to change your process, explain your decision.) Total Height of Capsule (m) 1 12° 30 360° Create a graph showing the height changing as a given capsule rotates through one complete revolution of the wheel. Show at least 10 well-spaced data points on your graph. Use spreadsheet software or a graphing calculator to model the height of a capsule as it continues to rotate around the wheel. Show at least 90 minutes of rotation. Create a graph of the data. On your graph, label the period and amplitude of the curve. How do these values on your mathematical model relate to the physical context of the Singapore Flyer?
AMDM%20SAS%20IV.D.7.docx