Which force pulls outward from turn center?

Which force pulls outward from turn center?

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

Answer: (B)

When a vehicle turns, your body tends to keep moving in a straight line due to inertia, so you feel pressed outward from the center of the turn. In the rotating frame of the moving car, that outward push is described as centrifugal force. It’s the apparent force you feel pulling away from the turn center, even though there isn’t a physical force acting outward in an inertial frame. The actual inward force that keeps the motion curved is centripetal force, provided by the road through friction, the tires, and the normal force. Weight shift relates to how the load moves during the turn, but it’s not an outward pull itself, and momentum is a property of motion, not a force. So the outward-directed effect described here is centrifugal force.

When a vehicle turns, your body tends to keep moving in a straight line due to inertia, so you feel pressed outward from the center of the turn. In the rotating frame of the moving car, that outward push is described as centrifugal force. It’s the apparent force you feel pulling away from the turn center, even though there isn’t a physical force acting outward in an inertial frame. The actual inward force that keeps the motion curved is centripetal force, provided by the road through friction, the tires, and the normal force. Weight shift relates to how the load moves during the turn, but it’s not an outward pull itself, and momentum is a property of motion, not a force. So the outward-directed effect described here is centrifugal force.