How does a truck's acceleration and braking compare to that of a car?

A truck takes more time to accelerate and brake compared to a car due to several key factors related to their design and function. Trucks are typically larger, heavier, and less aerodynamic than passenger cars. This increased mass requires more powerful engines for acceleration, which results in longer acceleration times. The higher weight also affects braking distance; trucks require greater stopping distances because they have more inertia.

Moreover, trucks often have larger brakes, but because of their weight, they are still less responsive compared to a car's brakes. Cars are designed to be more nimble and quicker to respond, which allows them to accelerate and decelerate more rapidly. This fundamental difference in physics and vehicle design means that trucks take significantly more time than cars to execute both acceleration and braking maneuvers, making them less agile on the road.