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3. An object exhibits simple harmonic motion with a time period of 0.94 s, a maximum acceleration of 13 m s-2, and a phase constant of . (a) Calculate the angular frequency, w, of the oscillation. (b) Calculate the amplitude, A, of the oscillation. (c) Write an appropriate mathematical expression for the position, r, of the object. (d) Write an appropriate mathematical expression for the velocity, v, of the object. (e) Write an appropriate mathematical expression for the acceleration, a, of the object.

3. An object exhibits simple harmonic motion with a time period of 0.94 s, a maximum acceleration of 13 m s-2, and a phase constant of . (a) Calculate the angular frequency, w, of the oscillation. (b) Calculate the amplitude, A, of the oscillation. (c) Write an appropriate mathematical expression for the position, r, of the object. (d) Write an appropriate mathematical expression for the velocity, v, of the object. (e) Write an appropriate mathematical expression for the acceleration, a, of the object.

Trigonometry (MindTap Course List)
Trigonometry (MindTap Course List)
10th Edition
ISBN:9781337278461
Author:Ron Larson
Publisher:Ron Larson
Chapter3: Additional Topics In Trigonometry
Section: Chapter Questions
Problem 41CT
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Do part c,d,e
3. An object exhibits simple harmonic motion with_a time period of 0.94 s, a maximum acceleration of 13 m s-2, and a phase constant of (a) Calculate the angular frequency, w, of the oscillation. (b) Calculate the amplitude, A, of the oscillation. (c) Write an appropriate mathematical expression for the position, r, of the object. (d) Write an appropriate mathematical expression for the velocity, v,, of the object. (e) Write an appropriate mathematical expression for the acceleration, a,, of the object.
Transcribed Image Text:3. An object exhibits simple harmonic motion with_a time period of 0.94 s, a maximum acceleration of 13 m s-2, and a phase constant of (a) Calculate the angular frequency, w, of the oscillation. (b) Calculate the amplitude, A, of the oscillation. (c) Write an appropriate mathematical expression for the position, r, of the object. (d) Write an appropriate mathematical expression for the velocity, v,, of the object. (e) Write an appropriate mathematical expression for the acceleration, a,, of the object.
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