How do the rear wheels of a turning vehicle behave compared to the front wheels?

The behavior of the rear wheels during a turn is influenced by the geometry of the vehicle and the way it pivots around its center of mass. When a vehicle turns, the front wheels steer in the direction of the turn, while the rear wheels follow. However, since the turning radius of the front wheels is generally smaller due to the steering action, the rear wheels actually trace a longer arc compared to the front wheels.

When you take a turn, the front wheels are positioned to create a sharper angle, whereas the rear wheels lag behind and follow a broader curve. This is why the correct answer is that the rear wheels follow a longer path than the front wheels. It highlights the importance of understanding vehicle dynamics when navigating turns, especially in larger vehicles where this difference can be significant, leading to challenges like maintaining lane discipline and preventing cornering accidents.

In this context, it’s essential to acknowledge concepts like understeering and oversteering, which relate to how front and rear wheels behave during turning maneuvers. Drivers need to be mindful of the rear wheels' behavior to ensure safe navigation through curves and corners.