What Linear Mass Density Should a Violin A4 String Have Under 60 N Tension?

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Homework Help Overview

The original poster is exploring the linear mass density required for a violin A4 string under a specified tension of 60 N, with a string length of 35 cm. The context involves principles of physics related to tension and mass density in strings.

Discussion Character

  • Exploratory, Conceptual clarification

Approaches and Questions Raised

  • The original poster expresses difficulty in finding relevant equations in their textbook. Some participants suggest looking up the meaning of 'A4' in relation to the frequency of the note produced by the violin string.

Discussion Status

The discussion is in an early stage, with participants providing hints about researching the term 'A4' to aid understanding. There is no consensus or resolution yet, as the original poster has not yet articulated a specific approach to the problem.

Contextual Notes

The original poster indicates a lack of resources or equations in their textbook that relate to the problem, which may be impacting their ability to proceed.

mtreichl
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Homework Statement



If a violin A4 string of length 35 cm is to be under 60 N tension, what linear mass density should it have?

Homework Equations


Cannot find an equation

The Attempt at a Solution


?
I cannot find anything in my textbook relating to this question.
 
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You can first look up what 'A4' means with respect to a violin.
 
it is A sub 4
 
What I meant was search what 'A4' means as regards frequency of note on a violin.
 

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