How does a vehicle's center of gravity affect its handling?

The correct choice highlights the relationship between a vehicle's center of gravity and its handling characteristics, particularly regarding the risk of rollovers. A higher center of gravity raises the vehicle's center point, which can make it less stable during turns or when navigating uneven surfaces. This instability increases the likelihood of a rollover, as the vehicle has a greater tendency to lean over onto its side during sharp maneuvers or sudden shifts in direction.

Understanding this concept is crucial for safe driving, especially for vehicles that naturally have a higher center of gravity, such as SUVs and trucks. Drivers of these vehicles need to exercise caution, particularly in situations requiring sharp turns or when driving on inclines.

The other options do not accurately describe the dynamics of vehicle handling. For instance, asserting that the center of gravity has no effect on handling overlooks its significant impact on stability and maneuverability. Similarly, claiming that a lower center of gravity increases the turning radius is misleading; instead, a lower center of gravity typically allows for better handling and a smaller turning radius due to enhanced stability. Finally, the notion that a higher center of gravity improves stability directly contradicts established principles of vehicle dynamics. Thus, the selection of the first option encapsulates the vital association between center of gravity and vehicle handling