- #1
AsaRand
- 8
- 0
First, please forgive my ignorance, as I do not really know enough to ask this question properly.
In the carnival ride, Barrel of Fun, the centripetal force holds you against the wall of the barrel while it spins. As anyone who has ridden this ride knows, you can feel the force holding you against the wall. While I never attempted it, I have thought about the idea of what might happen if someone decided to "stand up" on the wall while the barrel is moving. I have surmised the person doing it might become disoriented, maybe even dizzy, because of the speed the barrel is turning. This brings me to my question.
How far away from the center would the wall have to be for the centripetal force to exert 1g, and the person being held in place to not feel the motion?
A second question, would being in a weightless environment make a difference, since the direct affects of the gravitational pull of the Earth would be significantly reduced?
In the carnival ride, Barrel of Fun, the centripetal force holds you against the wall of the barrel while it spins. As anyone who has ridden this ride knows, you can feel the force holding you against the wall. While I never attempted it, I have thought about the idea of what might happen if someone decided to "stand up" on the wall while the barrel is moving. I have surmised the person doing it might become disoriented, maybe even dizzy, because of the speed the barrel is turning. This brings me to my question.
How far away from the center would the wall have to be for the centripetal force to exert 1g, and the person being held in place to not feel the motion?
A second question, would being in a weightless environment make a difference, since the direct affects of the gravitational pull of the Earth would be significantly reduced?