Question A simple lmarmonic oscillator consists of a block Cm-0.50tg) attached to (K=128/m). the block is pulled with a certain distance fromequilibrium position t re leased at to=0.5s. The block slides on a horizond al frictionless surface about the quilibrium poi nt X =0,m. lwith a to tal mechanical energyof E= 16J. A.) Calculate the maxi mum speed, Vmax in m/s. a spring B Calculate the maximum acceloration, Amax, in m/s P,in radians C) Calculate the phase Constant, D)Calculate the time, in seconds that it ta tes for the oscillator to reach X= 0.35 meters.
Question A simple lmarmonic oscillator consists of a block Cm-0.50tg) attached to (K=128/m). the block is pulled with a certain distance fromequilibrium position t re leased at to=0.5s. The block slides on a horizond al frictionless surface about the quilibrium poi nt X =0,m. lwith a to tal mechanical energyof E= 16J. A.) Calculate the maxi mum speed, Vmax in m/s. a spring B Calculate the maximum acceloration, Amax, in m/s P,in radians C) Calculate the phase Constant, D)Calculate the time, in seconds that it ta tes for the oscillator to reach X= 0.35 meters.
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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A simple lmarmonic oscillator consists of a block Cm=0.50tg)
attached to a spring (K=128/m). the block is pulled
with a certain distance fromequilibrium position t
re leased at to=0.5s. the block slides on a horizond a
frictionless surface about the quilibrium poi nt X=0,m.
lwith a to tal mechanical energyof E= 16J.
A.) Calculate the maxi mum speed, Vmax in m/s.
B Calculate the maximum acceloration, Amax, in m/s
C) Calculate the phase constant, P,in radians
D. Calculate the time, in seconds that it ta tes for
the oscillator to reach X=0.35 meters.
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