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2. A pendulum bob, m,, of mass 0.300 kg is held at a vertical height of 0.400 m above the bottom of its swing. It is then released and swings down. Just as it passes through its lowest point in the swing it hits a block, m, of mass 0.0500 kg. On collision m, transfers 20. 0% of its total energy to m2. m, then slides for 1.00 m along a flat surface where the coefficient of friction between m, and the surface is 0.100. Determine: I a) The speed of m1 just before hitting m2. b) The total energy of m2 right after it was hit by m1. c) The total energy of m2 at the bottom of the ramp

2. A pendulum bob, m,, of mass 0.300 kg is held at a vertical height of 0.400 m above the bottom of its swing. It is then released and swings down. Just as it passes through its lowest point in the swing it hits a block, m, of mass 0.0500 kg. On collision m, transfers 20. 0% of its total energy to m2. m, then slides for 1.00 m along a flat surface where the coefficient of friction between m, and the surface is 0.100. Determine: I a) The speed of m1 just before hitting m2. b) The total energy of m2 right after it was hit by m1. c) The total energy of m2 at the bottom of the ramp

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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2. A pendulum bob, m,, of mass 0.300 kg is held at a vertical height of 0.400 m above the bottom of its swing. It is then released and swings down. Just as it passes through its lowest point in the swing it hits a block, m,, of mass 0.0500 kg. On collision m, transfers 20. 0% of its total energy to m,. m, then slides for 1.00 m along a flat surface where the coefficient of friction between m, and the surface is 0.100. Determine: a) The speed of m1 just before hitting m2. b) The total energy of m2 right after it was hit by m1. c) The total energy of m2 at the bottom of the ramp d) The max height of m2 on the ramp before it comes to a momentary stop. (Ignore friction on the ramp) I momentary { stop mess/ mass 2 1,00m hit Mx* 0.100
Transcribed Image Text:2. A pendulum bob, m,, of mass 0.300 kg is held at a vertical height of 0.400 m above the bottom of its swing. It is then released and swings down. Just as it passes through its lowest point in the swing it hits a block, m,, of mass 0.0500 kg. On collision m, transfers 20. 0% of its total energy to m,. m, then slides for 1.00 m along a flat surface where the coefficient of friction between m, and the surface is 0.100. Determine: a) The speed of m1 just before hitting m2. b) The total energy of m2 right after it was hit by m1. c) The total energy of m2 at the bottom of the ramp d) The max height of m2 on the ramp before it comes to a momentary stop. (Ignore friction on the ramp) I momentary { stop mess/ mass 2 1,00m hit Mx* 0.100
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