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of the oscillations is 5.6 s, what's the unknown 71. Two mass-spring systems with the same mass are undergoing os- cillatory motion with the same amplitudes. System 1 has thrice the frequency of system 2. How do (a) their energies and (b) their maximum accelerations compare? toto) on

of the oscillations is 5.6 s, what's the unknown 71. Two mass-spring systems with the same mass are undergoing os- cillatory motion with the same amplitudes. System 1 has thrice the frequency of system 2. How do (a) their energies and (b) their maximum accelerations compare? toto) on

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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nplitude and (b) the period of the resulting motion. small hole at the 30-cm mark. Find the period of small-amplitude oscillations about the stick's equilibrium position. A meter stick is suspended from a frictionless rod through a 68. ched spring and allowed to drop. Find tation. Use whose ma those of t of the ap Oscillations about the stick's equilibrium position. 69 03. A particle of mass m has potential energy given by U = ax,where 79. You're DATA and y a is a constant and x is the particle's position. Find an expression for 3320 he frequency of simple harmonic oscillations this particle undergoes. 70. Two balls with the same unknown mass m are mounted on opposite 70. the ene ends of a 1.5-m-long rod of mass 450 g. The system is suspended Trom a wire attached to the center of the rod and set into torsional Oscillations. If the wire has torsional constant 0.63 N m/rad and the period of the oscillations is 5.6 s, what's the unknown mass m? 71. 71. Two mass-spring systems with the same mass are undergoing os- cillatory motion with the same amplitudes. System 1 has thrice the frequency of system 2. How do (a) their energies and (b) their maximum accelerations compare? 72. 12. Two mass-spring systems have the same mass and the same total en- ergy. The amplitude of system 1 is 4 times that of system 2. How do (a) their frequencies and (b) their maximum accelerations compare? 73. Show by direct substitution that x = Acos(@at + 6) satisfies Equation 13.18, with A given by Equation 13.19. 4. A 600-g block on a frictionless, horizontal surface is attached to a rather limn spring with k = 87 N/m A second block rests on
Transcribed Image Text:nplitude and (b) the period of the resulting motion. small hole at the 30-cm mark. Find the period of small-amplitude oscillations about the stick's equilibrium position. A meter stick is suspended from a frictionless rod through a 68. ched spring and allowed to drop. Find tation. Use whose ma those of t of the ap Oscillations about the stick's equilibrium position. 69 03. A particle of mass m has potential energy given by U = ax,where 79. You're DATA and y a is a constant and x is the particle's position. Find an expression for 3320 he frequency of simple harmonic oscillations this particle undergoes. 70. Two balls with the same unknown mass m are mounted on opposite 70. the ene ends of a 1.5-m-long rod of mass 450 g. The system is suspended Trom a wire attached to the center of the rod and set into torsional Oscillations. If the wire has torsional constant 0.63 N m/rad and the period of the oscillations is 5.6 s, what's the unknown mass m? 71. 71. Two mass-spring systems with the same mass are undergoing os- cillatory motion with the same amplitudes. System 1 has thrice the frequency of system 2. How do (a) their energies and (b) their maximum accelerations compare? 72. 12. Two mass-spring systems have the same mass and the same total en- ergy. The amplitude of system 1 is 4 times that of system 2. How do (a) their frequencies and (b) their maximum accelerations compare? 73. Show by direct substitution that x = Acos(@at + 6) satisfies Equation 13.18, with A given by Equation 13.19. 4. A 600-g block on a frictionless, horizontal surface is attached to a rather limn spring with k = 87 N/m A second block rests on
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