The positions of two masses, ma and mb, are described by the equations: a(t) = 3A sin (4wt) and x(t) = 2A sin (3wt). (a) Not including t = 0, what are the first three times that the masses will pass through their respective equilibrium positions simultaneously? (b) Find the two expressions that would describe each mass' velocity. What were the velocities at the times you found in part a?

Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter1: Introduction And Vectors
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The positions of two masses, ma and mb, are described by the equations: a(t) = 3A sin (4wt) and
x(t) = 2A sin (3wt). (a) Not including t = 0, what are the first three times that the masses will pass
through their respective equilibrium positions simultaneously? (b) Find the two expressions that would
describe each mass' velocity. What were the velocities at the times you found in part a?
Transcribed Image Text:The positions of two masses, ma and mb, are described by the equations: a(t) = 3A sin (4wt) and x(t) = 2A sin (3wt). (a) Not including t = 0, what are the first three times that the masses will pass through their respective equilibrium positions simultaneously? (b) Find the two expressions that would describe each mass' velocity. What were the velocities at the times you found in part a?
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