What does centrifugal force do to a moving object?

Centrifugal force is perceived by an observer in a rotating reference frame and acts outward from the center of rotation. When an object is moving in a circular path, it experiences a tendency to move away from the center due to its inertia, which is described by the concept of centrifugal force. This force is not a true force acting on the object but rather a result of the object's inertia while changing direction during circular motion. As the object travels, the inertia causes it to "want" to go straight, and since it's constrained to move in a circle, it appears to be pushed outward from the axis of rotation. This understanding is vital in the context of circular motion in physics, as it helps explain why objects can lose grip and slide outward when navigating curves or spirals.