- 1 100 M S After The Collision The To Kg Mass Is Found To Have Reversede Direction And Is Now Traveling At 20 M S Dra 1 (31.74 KiB) Viewed 24 times
1) 100 m/s. After the collision the to kg mass' is found to have reversede direction and is now traveling at 20 m/s. Dra
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1) 100 m/s. After the collision the to kg mass' is found to have reversede direction and is now traveling at 20 m/s. Dra
1) 100 m/s. After the collision the to kg mass' is found to have reversede direction and is now traveling at 20 m/s. Draw A m/collides head-on with a kg mass a diagram indicating this collision. a) Calculate the velocity of the 4 kg mass. b) Calculate the coef. of restitution (e). Discuss: Is the collision perfectly elastic? c) Calculate the change in kinetic energy by calculating the initial and final energies. a) Had the collision been elastic, what would the velocities of the two masses have been? Calculate the initial and final energies. BONUS: Confirm the results of (c) by using the Grand Formula or Energy Loss. NE 10 Qm/BC the other) mengenai (alg 60+ 100 est 60 10
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