Relationship Between String Tension and Stretch

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Homework Help Overview

The discussion revolves around the relationship between string tension and stretch, specifically how stretching a string may influence the graph of wavelength versus tension compared to a non-stretched string.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants explore the implications of string stretch on tension and its representation in a graph. Questions arise regarding the definition of wavelength in this context and the experimental setup involving a speaker and mass.

Discussion Status

Some participants have provided insights into the modeling of tension in a spring and have raised questions about the specific wavelength being measured. There is an ongoing exploration of how these factors interact without a clear consensus yet.

Contextual Notes

Participants mention the experimental setup involving a speaker vibrating at 60Hz and the measurement of wavelength from the string, indicating practical constraints and assumptions in their discussion.

BraedenP
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Homework Statement


Will stretch in a string have an effect on the graph of wavelength vs. tension, relative to the same graph using a string without stretch?


Homework Equations


N/A


The Attempt at a Solution


No calculations are required, so I'm assuming that the slope of that graph in the string that stretches will be lower than the slope of the graph based on the string that doesn't stretch. This is all the information I really need to get the rest of the answer to the question.

tl;dr: Does stretch in a string affect its tension in a negative or positive way?

Thanks!
Braeden
 
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Well tension in a spring can be modeled as a spring such that T=kx. But what exactly is the 'wavelength' that you are measuring?
 
rock.freak667 said:
Well tension in a spring can be modeled as a spring such that T=kx. But what exactly is the 'wavelength' that you are measuring?

That would probably be some useful information, wouldn't it? :P

We're attaching the string to a speaker and vibrating it at 60Hz. Then we're hanging a mass on the string over the edge of a table, and moving the speaker until we get a tension that creates even oscillations.

We then calculate the wavelength from measuring the string directly.
 

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