During a right-hand turn, which way does centrifugal force push the vehicle?

When a vehicle makes a right-hand turn, centrifugal force acts in a way that pushes it outward, away from the center of the turn. This means that even though the vehicle is turning to the right, the sensation of centrifugal forces pushes the vehicle to the left. This occurs because, in a circular motion, the inertia of the vehicle wants to continue moving in a straight line, which feels like a force pulling it away from the curve of the turn.

Understanding this principle is crucial for maintaining control over the vehicle during turns. Drivers need to be aware of how centrifugal force affects their vehicle’s traction and stability, especially when navigating turns at higher speeds. Recognizing that this force pushes to the left during a right-hand turn can help drivers adjust their steering and speed appropriately to prevent skidding or losing control.