Joshua ride a Ferris wheel. The lowest point of the wheel is 3 meters off the ground, and its diameter is 22 m. After it started, the Ferris wheel revolves at a constant speed, and it takes 34 seconds to bring you back again to the riding point. a. Find the equation of the motion A) y = 11 cos bt C) y = -11 sin bt B) y = 11 sin bt D) y = -11 cos bt b .After riding for 100 seconds, find his approximate height above the ground. A) 10.26 m B) 9.32 m C) 24.26 m D) 23.32 m
Joshua ride a Ferris wheel. The lowest point of the wheel is 3 meters off the ground, and its diameter is 22 m. After it started, the Ferris wheel revolves at a constant speed, and it takes 34 seconds to bring you back again to the riding point. a. Find the equation of the motion A) y = 11 cos bt C) y = -11 sin bt B) y = 11 sin bt D) y = -11 cos bt b .After riding for 100 seconds, find his approximate height above the ground. A) 10.26 m B) 9.32 m C) 24.26 m D) 23.32 m
College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter3: Two-dimensional Kinematics
Section: Chapter Questions
Problem 21PE: You fly 32.0 km in a straight line in still air in the direction 35.0° south of west. (a) Find the...
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Joshua ride a Ferris wheel. The lowest point of the wheel is 3 meters off the ground, and its diameter is 22 m. After it started, the Ferris wheel revolves at a constant speed, and it takes 34 seconds to bring you back again to the riding point.
a. Find the equation of the motion
A) y = 11 cos bt C) y = -11 sin bt
B) y = 11 sin bt D) y = -11 cos bt
b .After riding for 100 seconds, find his approximate height above the ground.
A) 10.26 m B) 9.32 m C) 24.26 m D) 23.32 m
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