. Since we want this to be equal to g, we need to find the correlating angular speed for the given radius, converted to meters.
A spinning object will have a centripital acceleration which will be greater the farther you are from the point of rotation. If you were standing on the inside of the space station's outer shell, then you would feel an acceleration of . Since we want this to be equal to g, we need to find the correlating angular speed for the given radius, converted to meters.
