0 Design a way to present your new 1 2 3 4 5 6 7 bumper car design and the results o Time (min) your testing to your class. Be sure to explain how you applied Newton's F 0 m/min2 law of motion to your design. G 150 m/min Synthesize Information Bumper ca H 150 m/min2 have safety features to protect both th 1 1,000 m/min2 riders and the cars themselves. These features are built around how forces a the laws of motion affect the moveme A 1,000-kg car traveling at 15 m/s brakes of the cars. What is another example to a stop over a distance of 20 m. Suppose how forces and laws of motion impact the car then speeds up to 30 m/s, and the safety in your daily life? same braking force is used. How far will the car need to stop? Use what you know about work and the conservation of energy to explain your answer. A Since the mass is unchanged, the distance will be the same (20 m). B Since the speed is doubled, the INTERACTIVITY distance will be doubled (40 m). Reflect on Your Bumper C Since the speed is doubled, the Car Solution distance will be increased by a factor of 22, or 4 (80 m). D Since the speed increased by 15 m, the stopping distance increases by 15 m (35 m)