Musical scale in magnetic field vibrations theory101

This is known as equal temperament. There are other ways to tune a scale, but this is the most commonly used method. In summary, the question is asking if there is a specific mathematical formula to assign integrals to musical scales, possibly related to the equal temperament method of tuning.
  • #1
word21
1
0
hi this is word21. I have a question to anyone who can help in any way.is there a mathmatic form. that is best to use to asign integrals to musical scales as in a=x number
 
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  • #2
word21 said:
hi this is word21. I have a question to anyone who can help in any way.is there a mathmatic form. that is best to use to asign integrals to musical scales as in a=x number

Welcome to Physics Forums.

I'm not really sure what you are asking. It might be related to the fact that you multiply a given frequency by the twelfth root of 2 to get the subsequent note in the chromatic scale of the well-tempered tuning.

For example:
A is 440 Hz
A# is 440 Hz*1.059463 = 466.1637615 Hz
B is 466.1637615 Hz*1.059463=493.8833013 Hz

And so on.
 

Related to Musical scale in magnetic field vibrations theory101

1. What is the musical scale in magnetic field vibrations theory101?

The musical scale in magnetic field vibrations theory101 is a theoretical concept that suggests that musical notes and scales can be created by varying the vibrational frequency of magnetic fields. This theory is based on the idea that all matter, including magnetic fields, has a resonant frequency that can be heard as a musical note.

2. How does this theory relate to traditional music theory?

This theory is an extension of traditional music theory, which explains how musical notes and scales are created by varying the frequency of sound waves. In this theory, the sound waves are replaced by the vibrational frequency of magnetic fields.

3. What evidence supports this theory?

Currently, there is no scientific evidence to support this theory. It is still a theoretical concept and has not been tested or proven through experiments or observations. It is mainly a concept proposed by some scientists and musicians.

4. How does this theory impact the field of music?

If this theory were to be proven, it could potentially have a significant impact on the field of music. It could open up new possibilities for creating and understanding music, as well as bridge the gap between science and art. However, until it is proven, it remains a theoretical concept and does not have a direct impact on the field of music.

5. Can this theory be applied in practical ways?

At this point, this theory is purely theoretical and has not been applied in any practical ways. It is still being researched and studied, and until it is proven, it cannot be applied in practical ways. However, if it were to be proven, it could potentially have practical applications in fields such as music production and sound engineering.

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