To stop a fully loaded truck traveling at 55 mph, it would typically require a stopping distance of around 400-600 feet. Option A is correct.
To answer this question, we need to consider the concept of stopping distance in physics. Stopping distance is the total distance travelled by a vehicle from the moment the brakes are applied until it comes to a complete stop. The stopping distance depends on several factors, including the initial speed and the mass of the vehicle.
Based on the information provided about the truck's fuel economy and cargo capacity, we can assume that the truck is fully loaded, which means it has a greater mass than an unloaded truck. As a result, a fully loaded truck would require a longer stopping distance compared to an unloaded truck.
The options given are ranges of distances, so we need to determine which range corresponds to a stopping distance at 55 mph. The correct answer is A) 400-600 feet. This is because a fully loaded truck at 55 mph would typically require a stopping distance of around 400-600 feet.
Hence, A. is the correct option.
--The given question is incomplete, the complete question is
"A fully loaded truck can take more than ___________ to make a stop at 55mph. A) 400-600 B) 600-800 C) 800-1000."--