A car is traveling at 108 km/h, stuck behind a slower car.
To determine how long it will take for the car to overtake the slower car, we need to know the relative speed between the two cars. Since only the speed of the faster car is given, we do not have enough information to answer the question accurately.
However, if we assume that the slower car is traveling at a constant speed, we could estimate how long it would take for the faster car to overtake the slower car if the faster car decides to make a pass.
To do this, we need to know the speed of the slower car relative to the faster car. If we assume the slower car is traveling at a constant speed of, for instance, 80 km/h, then the relative speed between the two cars would be the difference between their speeds:
Relative speed = Faster car's speed - Slower car's speed
= 108 km/h - 80 km/h
= 28 km/h
Now, to estimate the time it takes for the faster car to overtake the slower car, we can use the formula:
Time = Distance / Speed
However, since the distance between the two cars is not given, we cannot determine the exact time it will take for the overtaking to occur.
In summary, to accurately determine how long it will take for the car to overtake the slower car, we would need to know the relative speed between the two cars as well as the distance between them.