Is My Thinking Reasonable: A's Impact on Oscillator Motion

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Homework Help Overview

The discussion revolves around the factors affecting the amplitude of motion in an oscillator, specifically focusing on the role of variable A in relation to other fixed parameters B, C, and D. The context is likely related to concepts in oscillatory motion and resonance.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • Participants are examining the influence of variable A on the oscillator's amplitude and questioning whether it is the sole factor at resonance. There is also a suggestion to understand the reasoning behind identifying A as the correct answer.

Discussion Status

The discussion includes attempts to clarify the role of damping forces and the physics underlying the oscillator's behavior. While some participants express understanding, there is no explicit consensus on the reasoning process or the correctness of the conclusions drawn.

Contextual Notes

Participants are navigating assumptions about the dependencies of various parameters on the oscillator's motion, particularly in the context of resonance and damping effects.

hidemi
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Homework Statement
A sinusoidal force with a given amplitude is applied to an oscillator. At resonance the amplitude of the oscillation is limited by:
A. the damping force
B. the initial amplitude
C. the initial velocity
D. the force of gravity
E. none of the above

The answer is A
Relevant Equations
F = -kx
I just want to check if my thinking is reasonable. Since B,C and D are all dependent or fixed by the oscillator, A is the only factor to affect the amplitude of the motion at resonance or even throughout the entire process?
 
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I think it would be better to know why the answer is A.
 
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The damping force is also generally a property of the oscillator.

In order to deduce why A is the correct answer, you need to consider the actual physics of the oscillator.
 
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Thank you all. I got it.
 

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