Kid 1 jumps on a sled and collides with kid 2 sledwhich was at rest. The collision was linear, with kid1's sled front hitting the other sled's rear, and sinceit was completely inelastic, the sleds remainedtogether and moved off with a common velocity. Ifthe combined mass of kid 1 and their sled is one halfthat of kid 2 and their sled, find the fraction of theoriginal kinetic energy which was dissipated in thecollision.

Name: Kid 1 jumps on a sled and collides with kid 2 sledwhich was at rest.
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Description: Kid 1 jumps on a sled and collides with kid 2 sledwhich was at rest. The collision was linear, with kid1's sled front hitting the other sled's rear, and sinceit was completely inelastic, the sleds remainedtogether and moved off with a common velocit

In all collision momentum remains conserved.

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Kid 1 jumps on a sled and collides with kid 2 sl which was at rest. The collision was linear, with 's sled front hitting the other sled's rear, and s it was completely inelastic, the sleds remaine together and moved off with a common velocit he combined mass of kid 1 and their sled is one that of kid 2 and their clod find the fraction f

Kid 1 jumps on a sled and collides with kid 2 sl which was at rest. The collision was linear, with 's sled front hitting the other sled's rear, and s it was completely inelastic, the sleds remaine together and moved off with a common velocit he combined mass of kid 1 and their sled is one that of kid 2 and their clod find the fraction f

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Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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Newton's Second Law

Newton’s laws of motion describe the relationship between the motion of an object and forces acting on it. Newton’s law of motion has two types as follows:

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Question

Kid 1 jumps on a sled and collides with kid 2 sled
which was at rest. The collision was linear, with kid
1's sled front hitting the other sled's rear, and since
it was completely inelastic, the sleds remained
together and moved off with a common velocity. If
the combined mass of kid 1 and their sled is one half
that of kid 2 and their sled, find the fraction of the
original kinetic energy which was dissipated in the
collision.

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