Two objects are traveling on ice that we consider frictionless, when they collide. Both have initial speeds of 13.2 m/s. The first object mass m1=74.4kg and is traveling in x-direction. The second object has mass m2 = 55.7kg and is traveling at an angle of A = 18.9 degrees relative to x-direction. The two ogjects stick together after their collision. What will be the x-component of the combined objects velocity right after the collision? v1 m1 -------> ↖m2, angle =18.9 v2
Two objects are traveling on ice that we consider frictionless, when they collide. Both have initial speeds of 13.2 m/s. The first object mass m1=74.4kg and is traveling in x-direction. The second object has mass m2 = 55.7kg and is traveling at an angle of A = 18.9 degrees relative to x-direction. The two ogjects stick together after their collision. What will be the x-component of the combined objects velocity right after the collision? v1 m1 -------> ↖m2, angle =18.9 v2
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Two objects are traveling on ice that we consider frictionless, when they collide. Both have initial speeds of 13.2 m/s. The first object mass m1=74.4kg and is traveling in x-direction. The second object has mass m2 = 55.7kg and is traveling at an angle of A = 18.9 degrees relative to x-direction. The two ogjects stick together after their collision. What will be the x-component of the combined objects velocity right after the collision?
v1
m1 ------->
↖m2, angle =18.9
v2
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