Violin strings tension problem

In summary, tension problems in violin strings refer to difficulties in achieving the desired level of tension, resulting in issues such as tuning difficulties, poor sound quality, and potential damage to the instrument. These problems can be caused by fluctuations in temperature and humidity, improper installation or adjustment, and low-quality or worn-out strings. Solutions include storing the instrument in a controlled environment, properly installing or replacing the strings, and using high-quality strings. While tension problems cannot be completely prevented, steps can be taken to minimize their occurrence, such as proper maintenance and use of reputable strings. It is generally recommended to replace strings every 6-12 months to avoid tension problems and maintain optimal sound quality.
  • #1
yellowmanjuu
2
0
Two identical violin strings, when in tune and stretched with the same tension, have a fundamental frequency of 440.0 Hz. One of the strings is retuned by adjusting its tension. When this is done, 1.5 beats per second are heard when both strings are plucked simultaneously.

-By what fractional amount was the string tension changed if it was increased?
 
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  • #2
What exactly have you done so far on the problem?

HINT: Search the forums. An identical problem was posed and answered during the past week or so.
 
  • #3


If the tension of one of the strings was increased, the frequency of that string would also increase. This would cause the frequency of the string to be slightly higher than 440.0 Hz, resulting in a beat frequency of 1.5 Hz. Therefore, the fractional amount by which the string tension was increased would be equal to the difference between the two frequencies (440.0 Hz and slightly higher) divided by the original frequency (440.0 Hz). This would give a fractional amount of approximately 0.0034, meaning the tension was increased by about 0.34% to cause a change in frequency of 1.5 Hz.
 

1. What is meant by "tension problem" in violin strings?

Violin strings tension problem refers to the difficulty in achieving the desired level of tension in the strings of a violin. This can result in a variety of issues such as difficulty in tuning, poor sound quality, or even damage to the instrument.

2. What causes tension problems in violin strings?

There are several factors that can contribute to tension problems in violin strings. The most common include fluctuations in temperature and humidity, improper installation or adjustment of the strings, and the use of low-quality or worn-out strings.

3. How can tension problems in violin strings be fixed?

The solution to tension problems in violin strings depends on the underlying cause. If temperature and humidity are the issue, storing the instrument in a controlled environment can help. If the strings are not properly installed, restringing the violin correctly can resolve the problem. In some cases, replacing the strings with high-quality ones can also improve the tension.

4. Can tension problems in violin strings be prevented?

While it is impossible to completely prevent tension problems in violin strings, there are some steps that can be taken to minimize the likelihood of it occurring. These include proper installation and maintenance of the strings, storing the instrument in a stable environment, and using high-quality strings from reputable brands.

5. How often should violin strings be replaced to avoid tension problems?

The frequency of string replacement depends on various factors such as the quality of the strings, the frequency of use, and the playing style. Generally, it is recommended to replace the strings every 6-12 months to avoid tension problems and ensure optimal sound quality.

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