5 it points The graph shown below No noneoneenreve forces not during the motion Determine a the amplitude of the motion h the eqnontrgr of
it points The graph shown below No noneoneenreve forces not during the motion Determine a the amplitude of the
it points The graph shown below No noneoneenreve forces not during the motion Determine
shown below No noneoneenreve forces not during the motion Determine a the amplitude of the motion h the eqnontrgr of
it points The graph shown below No noneoneenreve forces not during the
motion Determine a the amplitude of the motion h the eqnontrgr of
it points The graph shown below No noneoneenreve forces
it points The graph
5, [it] points) The graph shown below. No noneoneenreve forces not during the motion. Determine: a] the amplitude of the motion. h) the 'eqnontrgr of...

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The graph shown below closely approximates the displacement, x, of a small mass attached to an ideal spring as a function of time. ATTACHMENT PREVIEW Download attachment Screen Shot 2017-11-22 at 8.37.15 AM.png 5, [it] points) The graph shown below.r elooely approximates the displacement, at, of n enteli mass attached to an idea] spring as a ?metion oftitne. No noneoneenre?ve forces not during the motion. Determine: a] the amplitude of the motion. h) the ?'eqnontrgr of the motion. e} the maximum spwd of the mass. :1] the maximum eooeleration of the mass.

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