Braking and Stopping    Two important factors that influence the distance you take to stop a car are how quickly you react to danger and the speed at which you are traveling.    The average reaction time (from the time driver sees danger to when he/she applies the brakes) is two seconds. Reaction time is affected by the driver's levels of tiredness, alcohol and concentration .    Braking distance ( the distance travelled after the driver has applied the brakes) depends on factors such as your speed, type of brakes, type pressure and tread , vehicle weight, wind speed, slope  of the road, surface smoothness and the driver's braking technique. Remember: As your speed doubles, your total stopping distance more than doubles.    At 60km/hr a vehicle will travel 34 meters while the driver is reacting to the danger, and another 21 meters before the car comes to a stop. Total stopping distance is 55 meters.    Total stopping distances shown in the graph are for vehicles with good brakes, on a dry smooth level road surface, and fitted with good tyres with the correct depth of tread. If I am alert   and my car is in good condition, my total stopping distance will be   _   if I am tired and my car is in bad condition.
more than less than the same as greater than
Question: Braking and Stopping    Two important factors that influence the distance you take to stop a car are how quickly you react to danger and the speed at which you are traveling.    The average reaction time (from the time driver sees danger to when he/she applies the brakes) is two seconds. Reaction time is affected by the driver's levels of tiredness, alcohol and concentration .    Braking distance ( the distance travelled after the driver has applied the brakes) depends on factors such as your speed, type of brakes, type pressure and tread , vehicle weight, wind speed, slope  of the road, surface smoothness and the driver's braking technique. Remember: As your speed doubles, your total stopping distance more than doubles.    At 60km/hr a vehicle will travel 34 meters while the driver is reacting to the danger, and another 21 meters before the car comes to a stop. Total stopping distance is 55 meters.    Total stopping distances shown in the graph are for vehicles with good brakes, on a dry smooth level road surface, and fitted with good tyres with the correct depth of tread. If I am alert   and my car is in good condition, my total stopping distance will be   _   if I am tired and my car is in bad condition.
A. more than
B. less than
C. the same as
D. greater than
Answer: