Consider a ball thrown off the top of a cliff. In which case will it hit the ground with a greater speed: if it is thrown at an upward angle, if it is thrown horizontally, or if it is thrown with a downward angle. Assume it is thrown with the same initial speed in each case. A В

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**Projectile Motion Comparison**

Consider a ball thrown off the top of a cliff. In which case will it hit the ground with a greater speed: if it is thrown at an upward angle, if it is thrown horizontally, or if it is thrown with a downward angle? Assume it is thrown with the same initial speed in each case.

### Diagram Explanation:

The diagram shows three trajectories:

- **A**: The ball is thrown at an upward angle. The trajectory forms a curved path reaching a peak before descending to the ground.
- **B**: The ball is thrown horizontally. The trajectory is a curve that descends gradually from the point of release.
- **C**: The ball is thrown at a downward angle. The trajectory is a steeper curve that descends directly towards the ground.

### Answer Options:

- ⦿ downward angle
- ○ horizontally
- ○ upward angle
- ○ It will hit the ground with the same speed in each case.
Transcribed Image Text:**Projectile Motion Comparison** Consider a ball thrown off the top of a cliff. In which case will it hit the ground with a greater speed: if it is thrown at an upward angle, if it is thrown horizontally, or if it is thrown with a downward angle? Assume it is thrown with the same initial speed in each case. ### Diagram Explanation: The diagram shows three trajectories: - **A**: The ball is thrown at an upward angle. The trajectory forms a curved path reaching a peak before descending to the ground. - **B**: The ball is thrown horizontally. The trajectory is a curve that descends gradually from the point of release. - **C**: The ball is thrown at a downward angle. The trajectory is a steeper curve that descends directly towards the ground. ### Answer Options: - ⦿ downward angle - ○ horizontally - ○ upward angle - ○ It will hit the ground with the same speed in each case.
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