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 1½ rotations.

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 1½ rotations.

Similar questions

A roller coaster car is near the bottom of its track, as shown in the figure. At this point, the normal force on the roller coaster is 3.5 times its weight. The speed of the roller coaster is 26 m/s. Determine the radius of the track's curvature
A CD rotating at angle initial angle rev / min 40, it took sec 20 to stop, how many turns did it make before it stopped? Choose and solve steps a- 6.67 rev b- 41.8 rev c- 13.13 rev d- 80 rev
While coasting on your bike, you make a 90 degrees turn by traveling along a quarter-circle arc. Did you accelerate while you turned? If so, in which direction did you accelerate?
A disk with mass m = 9 kg and radius R = 0.37 m begins at rest and accelerates uniformly for t = 16.9 s, to a final angular speed of w = 33 rad/s.
Chapter 5 Problem 8: BIO Ultracentrifuge You are working in a biology lab and learning to use a new ultracentrifuge for blood tests. The specifications for the centrifuge say that a red blood cell rotating in the ultracentrifuge moves at and has a radial acceleration of 150,000 g’s (that is, 150,000 times ). The radius of the centrifuge is 0.15 m. You wonder if this claim is correct. Support your answer with a calculation.
question 11
The second power of the distance from the inertia axis to an element of area is used to calculate the: a)Area of an object. b)Gravitational potential energy of an object. c)Centroid of an object. d)Second moment of area or moment of inertia of an object.