Before After A student is shopping for study snacks at a local grocery store. Somebody broke a very large bottle of olive oil on the floor. The student slips on the oil, sliding along the aisle. A helpful clerk rushes to the rescue, but also slips and crashes into the student. Entangled, they slide along the floor together. Assume no friction or air drag. If before the collision the student (weighing 49.7 kg) (indicated orange in the figure above) was moving at 2.66 m/s, and the clerk (weighing 61.5 kg) (indicated green) was moving at 2.71 m/s, how fast will they be moving together after the collision? Include units in SI
Before After A student is shopping for study snacks at a local grocery store. Somebody broke a very large bottle of olive oil on the floor. The student slips on the oil, sliding along the aisle. A helpful clerk rushes to the rescue, but also slips and crashes into the student. Entangled, they slide along the floor together. Assume no friction or air drag. If before the collision the student (weighing 49.7 kg) (indicated orange in the figure above) was moving at 2.66 m/s, and the clerk (weighing 61.5 kg) (indicated green) was moving at 2.71 m/s, how fast will they be moving together after the collision? Include units in SI
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:Before
After
A student is shopping for study snacks at a local grocery store. Somebody broke a very large bottle of olive oil on the floor. The student slips on the oil, sliding along the
aisle. A helpful clerk rushes to the rescue, but also slips and crashes into the student. Entangled, they slide along the floor together. Assume no friction or air drag.
If before the collision the student (weighing 49.7 kg) (indicated orange in the figure above) was moving at 2.66 m/s, and the clerk (weighing 61.5 kg) (indicated green) was
moving at 2.71 m/s, how fast will they be moving together after the collision? Include units in SI
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