What can happen if a vehicle is driven too fast into a sharp curve?

Driving too fast into a sharp curve can drastically affect a vehicle's handling and safety. When a vehicle enters a curve, centrifugal force comes into play, pushing the vehicle outward away from the center of the curve. If the vehicle is traveling at a speed that exceeds the grip of the tires on the road surface, traction may be compromised. This imbalance can result in the vehicle sliding or skidding off the intended path, potentially leading to loss of control and accidents.

Maintaining appropriate speed is critical for safe navigation through curves. The design of roads often includes recommended speed limits for curves to help drivers adjust their speed accordingly and ensure that the tires maintain sufficient traction to manage the outward force. When a driver approaches a sharp curve too quickly, the likelihood of losing traction increases, making this the correct answer.

In contrast, driving too fast does not lead to better visibility, decreased fuel efficiency, or improved stopping capabilities, as those outcomes contradict the physics of vehicle dynamics and the importance of managing speed in relation to road conditions.