When a vehicle goes around a corner, how do the rear wheels behave in relation to the front wheels?

Answer: B — They follow a different path than the front wheels

When a vehicle goes around a corner, the rear wheels follow a different path than the front wheels due to the vehicle's pivot point. When turning, the front wheels, which are responsible for steering, will take an arc that allows the vehicle to change its direction. However, because of the length of the vehicle, the rear wheels will not follow the exact same arc. Instead, they will describe a slightly larger circle compared to the front wheels. This behavior is influenced by the geometry of the vehicle and its length, which results in a difference in the radius of the paths taken by the front and rear wheels. Understanding this dynamic is crucial for safe turning and cornering, as it helps drivers anticipate how their vehicle will move and adjust their steering and speed accordingly. The other options suggest that the rear wheels mimic the front wheels or do not turn at all, which is not accurate in terms of vehicle dynamics during a turn.