Q(5) In the Linear Momentum experiment; two gliders of equal masses, miplaced on a horizontal frictionless track. Glider mı is given an initial velocity vii to theright, and the glider m2 was initially at rest in the middle of the track. After collision, thetwo gliders stick together and moving to the right with constant velocity vr. The followingtable shows the readings of timer 1 and timer 2. ( Note: write results in 3 sig. fig.)mı=350 g,m2=350 g,m2, arethe length of the glider 1 is L1= 10 cmthe length of the glider 2 is L2= 10 cmTrial 1ti (s)0.122t2 (s)0.4881- Complete the table, what type of collisions that thetrial represents.Vii (m/s)0.82Vf (m/s)0.59Pi0.359Pf0.413Pf/Pi1.15Kị

Name: Q(5) In the Linear Momentum experiment; two gliders of equal masses,
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Description: Q(5) In the Linear Momentum experiment; two gliders of equal masses, miplaced on a horizontal frictionless track. Glider mı is given an initial velocity vii to theright, and the glider m2 was initially at rest in the middle of the track. After colli

Given : Mass of glider 1 , m1= 350 g = 0.350 kg Mass of glider 2 , m2= 350 g = 0.350 kg Initial…

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Q(5) In the Linear Momentum experiment; two gliders of equal masses, mi placed on a horizontal frictionless track. Glider mi is given an initial velocity vi to the right, and the glider m2 was initially at rest in the middle of the track. After collision, the two gliders stick together and moving to the right with constant velocity vf. The following table shows the readings of timer 1 and timer 2. ( Note: write results in 3 sig. fig.) m2, are mı=350 m2=350 g, the length of the glider 1 is L1= 10 cm the length of the glider 2 is L2= 10 cm Trial 1 ti (s) 0.122 t2 (s) 0.488 1- Complete the table, what type of collisions that the trial represents. Vli (m/s) Vf (m/s) Pi 0.82 0.59 0.359 Pf 0.413 P/Pi 1.15 Ki K/Ki

Q(5) In the Linear Momentum experiment; two gliders of equal masses, mi placed on a horizontal frictionless track. Glider mi is given an initial velocity vi to the right, and the glider m2 was initially at rest in the middle of the track. After collision, the two gliders stick together and moving to the right with constant velocity vf. The following table shows the readings of timer 1 and timer 2. ( Note: write results in 3 sig. fig.) m2, are mı=350 m2=350 g, the length of the glider 1 is L1= 10 cm the length of the glider 2 is L2= 10 cm Trial 1 ti (s) 0.122 t2 (s) 0.488 1- Complete the table, what type of collisions that the trial represents. Vli (m/s) Vf (m/s) Pi 0.82 0.59 0.359 Pf 0.413 P/Pi 1.15 Ki K/Ki

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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