amass 11 =0.3Kg. related with horizontal sprig oxcillaies with sprig constant 30k /sce? . At 1= 0sec the mass is at X (1) =m with velocity ¥ (1) ==2m /5€6 find the; @ angula frequency o) period, © frequency, @) amplitude A and iniil phase, () maximum velocity and maximum aceeleation, (0 ot energy, () potentil energy and inetic energy at the posivon (1) =A /3

College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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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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amass 11 =0.3Kg. related with horizontal sprig oxcillaies with sprig constant 30k /sce? . At 1= 0sec the mass is at X (1) =m with velocity ¥ (1) ==2m /5€6 find the; @ angula frequency o) period, © frequency, @) amplitude A and iniil phase, () maximum velocity and maximum aceeleation, (0 ot energy, () potentil energy and inetic energy at the posivon (1) =A /3
a mass m =0.3kg related with horizontal sprig oscillates with sprig constant 30kg i seet. At
1 = Osec the mass is at x (t)-Im with velocity (t)-2m /scc find the:
(a) angular frequency
(b) period,
(c) frequency,
(d) amplitude A and initial phase.
(e) maximum velocity and maximum acceleration,
(1) total energy,
(g) potential energy and kinetic energy at the position (t) A/3.
Transcribed Image Text:a mass m =0.3kg related with horizontal sprig oscillates with sprig constant 30kg i seet. At 1 = Osec the mass is at x (t)-Im with velocity (t)-2m /scc find the: (a) angular frequency (b) period, (c) frequency, (d) amplitude A and initial phase. (e) maximum velocity and maximum acceleration, (1) total energy, (g) potential energy and kinetic energy at the position (t) A/3.
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