5. The driver of car lost control of his 2000[lb] vehicle and drove to the rear of 18-wheeler at a speed of 90[mph]. The speed of 18-wheeler, that travelled at speed of 50[mph], was increased by 3[mph] and the coefficient of restitution of this collision is 0.3 determine: a. what is the speed of the car after the collision? b. How much energy was absorbed by the deformation of the car structure?
5. The driver of car lost control of his 2000[lb] vehicle and drove to the rear of 18-wheeler at a speed of 90[mph]. The speed of 18-wheeler, that travelled at speed of 50[mph], was increased by 3[mph] and the coefficient of restitution of this collision is 0.3 determine: a. what is the speed of the car after the collision? b. How much energy was absorbed by the deformation of the car structure?
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![5. The driver of car lost control of his 2000[lb] vehicle and drove to the rear of 18-wheeler
at a speed of 90[mph]. The speed of 18-wheeler, that travelled at speed of 50[mph], was
increased by 3[mph] and the coefficient of restitution of this collision is 0.3 determine:
a. what is the speed of the car after the collision?
b.
How much energy was absorbed by the deformation of the car structure?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F49eb37d4-77cc-487a-88e3-5f26d6fdfdb6%2F02823a82-e739-48b6-9da8-7a76e667d758%2Fzizwsso_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5. The driver of car lost control of his 2000[lb] vehicle and drove to the rear of 18-wheeler
at a speed of 90[mph]. The speed of 18-wheeler, that travelled at speed of 50[mph], was
increased by 3[mph] and the coefficient of restitution of this collision is 0.3 determine:
a. what is the speed of the car after the collision?
b.
How much energy was absorbed by the deformation of the car structure?
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