Buoyancy Demonstration
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This document describes a demonstration showing that a boat moves up when the buoyant force exerted on it is greater than its weight force. The boat was measured to have a weight force of 35 Newtons and the buoyant force was measured to be 40 Newtons, so the boat moved up. It then stopped moving once the buoyant force and weight force were balanced at 35 Newtons each.
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Buoyancy Demonstration
- 1. boat 35 Newtons 40 Newtons Buoyancy Demonstration
- 2. boat 35 Newtons 40 Newtons Which force is the buoyant force?
- 3. boat 35 Newtons 40 Newtons Which force is the buoyant force? buoyant force weight force (gravity)
- 4. boat 35 Newtons 40 Newtons What is going to happen to the boat? buoyant force
- 5. boat It is moving up because the buoyant force was greater than the weight force.
- 6. boat It is moving up because the buoyant force was greater than the weight force.
- 7. boat It is moving up because the buoyant force was greater than the weight force.
- 8. boat It is moving up because the buoyant force was greater than the weight force.
- 9. boat Why did the boat stop moving up?
- 10. boat The weight force is now balanced with the buoyant force. 35 Newtons 35 Newtons