Which force pulls outward from turn center?

Which force pulls outward from turn center?

• A. Weight shift
• B. Momentum
• C. Centripetal force
• D. Centrifugal force

Answer: (D)

When something moves in a circle, there must be an inward force directed toward the center to keep it following the curved path. That inward force is centripetal. The outward sensation or “pull” you feel when turning is described as centrifugal force, but it’s an apparent effect that appears in a rotating frame of reference. In the real, inertial frame, there isn’t a separate outward force; your body resists the change in direction due to inertia, and the car (or surface) provides the inward force to redirect you. So the outward pull from the turn center is described by centrifugal force. The other options don’t describe an outward pull: weight shift isn’t a force causing outward movement, momentum isn’t a force, and centripetal force acts inward toward the center.

When something moves in a circle, there must be an inward force directed toward the center to keep it following the curved path. That inward force is centripetal. The outward sensation or “pull” you feel when turning is described as centrifugal force, but it’s an apparent effect that appears in a rotating frame of reference. In the real, inertial frame, there isn’t a separate outward force; your body resists the change in direction due to inertia, and the car (or surface) provides the inward force to redirect you.

So the outward pull from the turn center is described by centrifugal force. The other options don’t describe an outward pull: weight shift isn’t a force causing outward movement, momentum isn’t a force, and centripetal force acts inward toward the center.