Use parametric equations to model the path of a rider on the wheel. You want to end up with parametric equations that will give you the position of the rider every minute of the ride. Graph your results on a graphing calculator. Ferris Wheel- A Ferris wheel named Colossus was built in St. Louis in 1986. It has a diameter of 165 feet and sits 9 feet above the ground. It rotates in a counterclockwise direction, making one complete revolution every 1.5 minutes. Place your coordinate system so that the origin of the coordinate system is on the ground 100 feet to the left of the wheel.
Use parametric equations to model the path of a rider on the wheel. You want to end up with parametric equations that will give you the position of the rider every minute of the ride. Graph your results on a graphing calculator. Ferris Wheel- A Ferris wheel named Colossus was built in St. Louis in 1986. It has a diameter of 165 feet and sits 9 feet above the ground. It rotates in a counterclockwise direction, making one complete revolution every 1.5 minutes. Place your coordinate system so that the origin of the coordinate system is on the ground 100 feet to the left of the wheel.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.2: Ellipses
Problem 34E
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Use parametric equations to model the path of a rider on the wheel. You want to end up with parametric equations that will give you the position of the rider every minute of the ride. Graph your results on a graphing calculator.
Ferris Wheel- A Ferris wheel named Colossus was built in St. Louis in 1986. It has a diameter of 165 feet and sits 9 feet above the ground. It rotates in a counterclockwise direction, making one complete revolution every 1.5 minutes. Place your
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