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

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SUMMARY

The discussion centers on the impact of variable A on oscillator motion, specifically its influence on amplitude at resonance. Participants agree that while B, C, and D are dependent or fixed by the oscillator, A is the sole factor affecting the amplitude throughout the process. The damping force, a characteristic of the oscillator, is also acknowledged as a relevant property. Understanding the physics behind these relationships is crucial for a comprehensive grasp of the topic.

PREREQUISITES
  • Basic understanding of oscillatory motion
  • Familiarity with damping forces in physics
  • Knowledge of resonance in oscillators
  • Concept of dependent and independent variables in physical systems
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  • Explore the effects of damping forces on oscillators
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Physics students, educators, and anyone interested in understanding the dynamics of oscillators and their motion characteristics.

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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