What magnitude of force and the direction in degrees of the rider BETWEEN TOP AND THE BOTTOM? The image illustrates the motion of a Ferris wheel rotating at five times per minute, with each car moving around a circle of 18.0 meters in diameter. The diagram consists of a Ferris wheel with labeled seats, each showing a person sitting inside.- **Diagram a**: Shows the Ferris wheel from the side view, highlighting the circular path and labeled positions such as "Top" and "Bottom". The arrows indicate the direction of rotation and motion. A vector \(\vec{v}\) shows the velocity of a car at the bottom.- **Diagram b**: Zooms in on a person at the bottom of the Ferris wheel. The diagram includes forces acting on the rider: - \(\vec{n}_{\text{bot}}\): Normal force at the bottom (upward). - \(\vec{mg}\): Gravitational force (downward).- **Diagram c**: Zooms in on a person at the top of the Ferris wheel. The diagram includes forces acting on the rider: - \(\vec{n}_{\text{top}}\): Normal force at the top (upward). - \(\vec{mg}\): Gravitational force (downward).The problem asks: What force (magnitude and direction) does the seat exert on a 48.0-kg child when the rider is halfway between top and bottom?The answer boxes show:- **Magnitude**: "Your response differs from the correct answer by more than 10%. Double check your calculations."- **Direction**: "Your response differs from the correct answer by more than 100%.° measured inward from the vertical."

Name: What magnitude of force and the direction in degrees of the rider BETW
Uploaded: 2024-03-20T06:56:46.000Z
Channel: Bartleby
Description: What magnitude of force and the direction in degrees of the rider BETWEEN TOP AND THE BOTTOM? The image illustrates the motion of a Ferris wheel rotating at five times per minute, with each car moving around a circle of 18.0 meters in diameter. The d