Two cars of different sizes approach an intersection. Car A(mass of 1000 kg) is travelling eastward with 70km/hr and car B (mass of 1300kg) is travelling northward with 45km/hr as shown with the diagram below. They collide at the intersection and stick together.
Two cars of different sizes approach an intersection. Car A(mass of 1000 kg) is travelling eastward with 70km/hr and car B (mass of 1300kg) is travelling northward with 45km/hr as shown with the diagram below. They collide at the intersection and stick together.
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Two cars of different sizes approach an intersection. Car A(mass of 1000 kg) is travelling eastward with 70km/hr and car B (mass of 1300kg) is travelling northward with 45km/hr as shown with the diagram below. They collide at the intersection and stick together.
![O4 a) Calculate the velocty of the combined Cars"
the collision for Ve and e.
juit after
b) Determine the change in the momentum of car A.
c) Based on the finding
in Ca), determine average force
acting on car B if collision happens in 0.3 sec.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F53d7cf85-38ef-4e29-990a-1b88e048b96f%2Ff44752fa-17e4-4e08-91e1-7f9ca6930c9d%2Fp7a44t_processed.jpeg&w=3840&q=75)
Transcribed Image Text:O4 a) Calculate the velocty of the combined Cars"
the collision for Ve and e.
juit after
b) Determine the change in the momentum of car A.
c) Based on the finding
in Ca), determine average force
acting on car B if collision happens in 0.3 sec.
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