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We have a marble that rolls along the inside of a semicircular track made of copper tubing. It is lying on a level table that's parallel to the floor. As the marble leaves the track at point 0, does it follow path A, path B, or path C? Please explain your answer:

We have a marble that rolls along the inside of a semicircular track made of copper tubing. It is lying on a level table that's parallel to the floor. As the marble leaves the track at point 0, does it follow path A, path B, or path C? Please explain your answer:

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We have a marble that rolls along the inside of a semicircular track made of copper tubing. It is lying on a level table that's parallel to the floor. As the marble leaves the track at point 0, does it follow path A, path B, or path C? Please explain your answer:

### Diagram Description for Educational Website This diagram illustrates the behavior of a particle moving along a curved path and then exiting at point O. **Elements of the Diagram:** 1. **Curved Path:** - The particle initially follows a circular arc, moving counterclockwise as indicated by the arrow. 2. **Point O:** - This is the exit point where the particle leaves the curved path. 3. **Arrows A, B, and C:** - These represent the possible trajectories the particle can take after leaving point O. - **Arrow A** points upwards and to the right, showing one possible direction of motion. - **Arrow B** points directly to the right, indicating a straight-line path from point O. - **Arrow C** points downwards and to the right, indicating another possible direction of motion. This diagram can be used to discuss various concepts in physics, such as inertia, trajectory, and the influence of external forces on the motion of a particle. When a particle exits a curved path, its subsequent motion (trajectories A, B, or C) can be analyzed based on the existing forces acting on it at the moment of exit.
Transcribed Image Text:### Diagram Description for Educational Website This diagram illustrates the behavior of a particle moving along a curved path and then exiting at point O. **Elements of the Diagram:** 1. **Curved Path:** - The particle initially follows a circular arc, moving counterclockwise as indicated by the arrow. 2. **Point O:** - This is the exit point where the particle leaves the curved path. 3. **Arrows A, B, and C:** - These represent the possible trajectories the particle can take after leaving point O. - **Arrow A** points upwards and to the right, showing one possible direction of motion. - **Arrow B** points directly to the right, indicating a straight-line path from point O. - **Arrow C** points downwards and to the right, indicating another possible direction of motion. This diagram can be used to discuss various concepts in physics, such as inertia, trajectory, and the influence of external forces on the motion of a particle. When a particle exits a curved path, its subsequent motion (trajectories A, B, or C) can be analyzed based on the existing forces acting on it at the moment of exit.
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