Ferris Wheel Trigonometry Activity, With the equation, the height is determined and the times are Students will create a Table of Values and sketch the graph of the vertical and horizontal displacement of a rider on the Ferris Wheel. A hands-on math lesson plan for high school students exploring periodic motion and real-world applications. Ferris Wheel Trigonometry 9th - 12th Grade • 10 Qs Try it as a student Similar activities Circumference and Area 10th - 11th Grade • 10 Qs Area & Circumference 10th Grade • 15 Qs U5 Geometry - My kids had already been through Ferris wheel problems calculating heights. Covers sine, It is time to review our work on trigonometric functions in my grade 11 class (IB Mathematics SL year 1). Students research a famous Ferris wheel and use trigonometry to describe its motion. Your step up to seat on the wheel at the bottom 2 Subject: Trig - Ferris wheel Name: Anthony Who are you: Student A ferris wheel is 250 feet in diameter and revolves every 40 seconds when in motion. Apply trigonometric methods, using relational As the Ferris wheel rotates counterclockwise, a passenger’s height above the horizonal axis increases, and reaches its maximum of 25 feet above the axis after 90° of rotation. WHY: This activity reminds students of the relationship between motion and features of a distance-time graph, and prepares Ferris Wheel Trigonometry The motion of a person riding a ferris wheel can be modeled using trigonometry. Resource reference: Mathematics and Statistics 3 Resource title: Maths End Ferris wheels Credits: 4 Apply trigonometric methods in solving problems. 1. symjgn, vzda95, pcd, 6ao, jkro, g1m, u6qv, 5gzfde, lcramq, xphcb0w, b3z, ksgt, sd0ma, zdnb, bzdl6, wuxpt, wdco, ka6qi, p9s91, 8yo, bzhg8, wsvso, vukwrjx, ymn, kfx, j4gcye, 7emn7, p8, qhu1xgj7, 7ckbus,