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There are 3 blocks whose masses are m, 2m and 3m on the smooth surface. The first one has a velocity v and others connected to spring are at rest. The spring force is not impulsive. If the coefficients of restitution and spring are respectively e and k, What is the maximum elongation (or shortening) of spring? Hint:Equations can be built according to the moving axis with the origin at the center of mass of the bloks connected to the spring

There are 3 blocks whose masses are m, 2m and 3m on the smooth surface. The first one has a velocity v and others connected to spring are at rest. The spring force is not impulsive. If the coefficients of restitution and spring are respectively e and k, What is the maximum elongation (or shortening) of spring? Hint:Equations can be built according to the moving axis with the origin at the center of mass of the bloks connected to the spring

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There are 3 blocks whose masses are m, 2m and 3m on the smooth surface. The first one has a velocity v and others connected to spring are at rest.
The spring force is not impulsive. If the coefficients of restitution and spring are respectively e and k,
What is the maximum elongation (or shortening) of spring?

Hint:Equations can be built according to the moving axis with the origin at the center of mass of the bloks connected to the spring

m v 2m k 3m
Transcribed Image Text:m v 2m k 3m
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