Version B We have worked with Ferris Wheels above ground, but what if a portion of it went underground and traveled in a clockwise direction? Details; The Ferris Wheel has a diameter of 80 ft The Ferris Wheel center is 20 feet below the ground The Ferris Wheel rotates in a clockwise direction The rider enters on ground level on the right side of the wheel. It takes 1 minute for 1 ½ rotations. Your task: Determine the angular speed. Develop an equation for the height of the rider while on the ride. Calculate the rider's total distance traveled from the moment they get on at ground level on the right to the other point on ground level on the left where they get off.
Version B We have worked with Ferris Wheels above ground, but what if a portion of it went underground and traveled in a clockwise direction? Details; The Ferris Wheel has a diameter of 80 ft The Ferris Wheel center is 20 feet below the ground The Ferris Wheel rotates in a clockwise direction The rider enters on ground level on the right side of the wheel. It takes 1 minute for 1 ½ rotations. Your task: Determine the angular speed. Develop an equation for the height of the rider while on the ride. Calculate the rider's total distance traveled from the moment they get on at ground level on the right to the other point on ground level on the left where they get off.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
Related questions
Question
Version B
We have worked with Ferris Wheels above
ground, but what if a portion of it went
underground and traveled in a clockwise
direction?
Details;
The Ferris Wheel has a diameter of 80
ft
The Ferris Wheel center is 20 feet
below the ground
The Ferris Wheel rotates in a clockwise
direction
The rider enters on ground level on
the right side of the wheel.
It takes 1 minute for 1 ½ rotations.
Your task:
Determine the angular speed.
Develop an equation for the height of
the rider while on the ride.
Calculate the rider's total distance
traveled from the moment they get on
at ground level on the right to the
other point on ground level on the left
where they get off.
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