3. A Ferris wheel has a radius of 20 feet, the center lies 60 feet off...

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3. A Ferris wheel has a radius of 20 feet, the center lies 60 feet off the ground, and it takes 20 seconds for it to make a complete revolution. The function f(x) = 20 sin(18t) + 60 is used to model the height of a rider where the rider is positioned on the far right side when t=0. Rewrite the equation such that the radius of the Ferris wheel has doubled, the rider starts at the top of the wheel, and that the center is half the height of where it originally started. g(x) = 3. A Ferris wheel has a radius of 20 feet, the center lies 60 feet off the ground, and it takes 20 seconds for it to make a complete revolution. The function f(x) = 20 sin(18t) + 60 is used to model the height of a rider where the rider is positioned on the far right side when t=0. Rewrite the equation such that the radius of the Ferris wheel has doubled, the rider starts at the top of the wheel, and that the center is half the height of where it originally started. g(x) =