How does weight affect stopping distance for large vehicles?

Answer: B — Heavier vehicles require longer stopping distances

Heavier vehicles require longer stopping distances due to their increased mass. The fundamental principle at work here is the relationship between weight and inertia. When a large vehicle is in motion, its weight contributes to a greater amount of kinetic energy compared to a lighter vehicle traveling at the same speed. As a result, when braking is initiated, the heavier vehicle takes more time and distance to reduce its speed to a stop. The braking system must exert more force on a heavier vehicle to achieve the same deceleration as a lighter one. Additionally, road conditions, braking system efficiency, and other factors also play roles, but the inherent weight of the vehicle is a primary factor that contributes to longer stopping distances. Therefore, understanding this concept is crucial for drivers of large vehicles, as it emphasizes the need for greater following distances and anticipatory driving strategies to ensure safe operation.