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two gliders at time t; in experiment 3 greater than, less than, Is lpsd, the magnitude of the momentum of the system of the i Is lPed, the magnitude of the momentum of glider B at time t, greater than, less than, or equal to Ipad, the magnitude of the momentum of glider A at time t,2? Explain. b. In experiment 2, the track is inclined, as shown. At time t, glider A has an instantaneous speed of 0. Is lpsd, the magnitude of the momentum of the system of the two gliders at time t in experiment 2, greater than, less than, or equal to m,v,? Explain. %3D C. In experiment 3, the track is again level, and glider B's magnet is replaced by a spring-loaded plunger. (The mass of glider B is unchanged.) The plunger is initially compressed, and it is released when the gliders come into contact. At time t, glider A moves to the left with speed greater than v,. A >の。 Af or equal to m,v,? Explain. HIl B A Tutorials in Introductory Physics McDermott, Shaff ing ©Pearson Custom Publishing Updated Preliminary Second Edition, 2011 15

two gliders at time t; in experiment 3 greater than, less than, Is lpsd, the magnitude of the momentum of the system of the i Is lPed, the magnitude of the momentum of glider B at time t, greater than, less than, or equal to Ipad, the magnitude of the momentum of glider A at time t,2? Explain. b. In experiment 2, the track is inclined, as shown. At time t, glider A has an instantaneous speed of 0. Is lpsd, the magnitude of the momentum of the system of the two gliders at time t in experiment 2, greater than, less than, or equal to m,v,? Explain. %3D C. In experiment 3, the track is again level, and glider B's magnet is replaced by a spring-loaded plunger. (The mass of glider B is unchanged.) The plunger is initially compressed, and it is released when the gliders come into contact. At time t, glider A moves to the left with speed greater than v,. A >の。 Af or equal to m,v,? Explain. HIl B A Tutorials in Introductory Physics McDermott, Shaff ing ©Pearson Custom Publishing Updated Preliminary Second Edition, 2011 15

College Physics
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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5. This problem concerns three collision experiments performed on a frictionless surface with If not given enough information is given to answer any of the parts, state so explicitly. two gliders at time t; in experiment 3 greater than, less than, gliders A and B, with masses m, and mg, respectively. In all three experiments, the instantancous Name Causervation of momentum in one dimension Mech HW-65 both with speed v J2, as shown at right. A B both gliders at time t;, greater than, less than, or equal to m,v,? Explain. ס A B : Ie līed, the magnitude of the momentum of glider B at time tr, greater than, less than, or equal to Ipad, the magnitude of the momentum of glider A at time t,? Explain. b. In experiment 2, the track is inclined, as shown. At time t, glider A has an instantaneous speed of 0. t =t, v. A Is lpsd, the magnitude of the momentum of the system of the two gliders at time tę in experiment 2, greater than, less than, or equal to m,v,? Explain. C. In experiment 3, the track is again level, and glider B's magnet is replaced by a spring-loaded plunger. (The mass of glider B is unchanged.) The plunger is initially compressed, and it is released when the gliders come into contact. At time t, glider A moves to the left with speed greater than v,. IS IPsl, the magnitude of the momentum of the system of the B A or equal to m,v,? Explain. ©Pearson Custom Publishing Tutorials in Introductory Physics McDermott, Shaffuu ing Updated Preliminary Second Edition, 2011
Transcribed Image Text:5. This problem concerns three collision experiments performed on a frictionless surface with If not given enough information is given to answer any of the parts, state so explicitly. two gliders at time t; in experiment 3 greater than, less than, gliders A and B, with masses m, and mg, respectively. In all three experiments, the instantancous Name Causervation of momentum in one dimension Mech HW-65 both with speed v J2, as shown at right. A B both gliders at time t;, greater than, less than, or equal to m,v,? Explain. ס A B : Ie līed, the magnitude of the momentum of glider B at time tr, greater than, less than, or equal to Ipad, the magnitude of the momentum of glider A at time t,? Explain. b. In experiment 2, the track is inclined, as shown. At time t, glider A has an instantaneous speed of 0. t =t, v. A Is lpsd, the magnitude of the momentum of the system of the two gliders at time tę in experiment 2, greater than, less than, or equal to m,v,? Explain. C. In experiment 3, the track is again level, and glider B's magnet is replaced by a spring-loaded plunger. (The mass of glider B is unchanged.) The plunger is initially compressed, and it is released when the gliders come into contact. At time t, glider A moves to the left with speed greater than v,. IS IPsl, the magnitude of the momentum of the system of the B A or equal to m,v,? Explain. ©Pearson Custom Publishing Tutorials in Introductory Physics McDermott, Shaffuu ing Updated Preliminary Second Edition, 2011
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