In a rotating satellite, objects are pressed towards the rim due to centripetal forces, which keep them in a circular path. This sensation mimics the gravitational force experienced on Earth, as the satellite's rim exerts a constant push on the object. If the wall of the satellite were removed, the object would continue in a straight line, illustrating the role of centrifugal force. The experience of artificial gravity is similar to standing on solid ground, provided the object remains small compared to the satellite's radius and does not attempt to move. The Coriolis Force can affect movement, causing potential instability when trying to change position.