3 14:19TodayEdit14:16Q3. This question deals with the topic of kinematics (see Lecture 12).An Aston Martin and a Bugatti are moving in the same direction along a perfectlystraight part of the Ehra-Lessien high-speed oval. The Aston Martin is ahead of theBugatti and is travelling at a constant speed of 115.2 km/h. The Bugatti is initiallytravelling at a speed of 97.2 km/h but begins to accelerate at a constant acceleration of 1m/s2. The distance between the vehicles at the moment the Bugatti begins to accelerateis 600m.(i) Calculate the time, in seconds, it takes for the Bugatti to overtake the Aston Martin,from the moment the Bugatti begins to accelerate.(ii) Calculate the speed, in km/h, of the Bugatti at the moment it overtakes the AstonMartin.(iii) Calculate the distance, in metres, travelled by the Bugatti from the moment it be-gins to accelerate to the moment it overtakes the Aston Martin.

The equations of linear motion we use to solve this are v = u+at s = ut + 12at2, where v = the final…

An Aston Martin and a Bugatti are moving in the same direction along a perfectly straight part of the Ehra-Lessien high-speed oval. The Aston Martin is ahead of the Bugatti and is travelling at a constant speed of 115.2 km/h. The Bugatti is initially travelling at a speed of 97.2 km/h but begins to accelerate at a constant acceleration of 1 m/s². The distance between the vehicles at the moment the Bugatti begins to accelerate is 600m. (i) Calculate the time, in seconds, it takes for the Bugatti to overtake the Aston Martin, from the moment the Bugatti begins to accelerate. (ii) Calculate the speed, in km/h, of the Bugatti at the moment it overtakes the Aston Martin. (iii) Calculate the distance, in metres, travelled by the Bugatti from the moment it be- gins to accelerate to the moment it overtakes the Aston Martin.