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

AI Thread Summary
To determine the linear mass density of a violin A4 string under 60 N tension and 35 cm length, the relevant equations involve wave speed and tension. The frequency of the A4 note is approximately 440 Hz, which can be used to derive the necessary mass density. The discussion highlights the need for specific formulas related to string tension and frequency, which are not found in the textbook referenced. Understanding the relationship between tension, length, and frequency is crucial for solving the problem. The conversation emphasizes the importance of identifying the correct equations to find the linear mass density.
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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