For woodwind instrument making, for example, flute making, it helps to know the length of a note’s wavelength (or perhaps when making instruments of any woodwind type) in order to make your own music with precise tuning. With the distance sound travels per second, 13526.5 inches (divide by 2.54 for centimeters), and divide this number by the frequency from the note, you will have the linear measurement of this note’s wavelength. For example, the regularity of the note “A” is 440 Hertz. This might give a wavelength about 30 ¾ inches long. The body of an open ended flute, such as a side-blown transverse flute, is a half-wavelength long. Using this formula, you can also find the placements of the fingering holes based on their notes, after which begin to make your own music. This could also work with some tubular percussion instruments, say for example a set of chromatic drums, which can be another fun project of homemade music.

For stringed instrument making, if you decide to make guitar type instruments, there’s a mathematical formula for finding the precise placements from the frets along the neck from the instrument. This is known as the “18 rule”. Actually, the precise number is 17.8167942, and this is the main number used in calculating where frets are positioned. Here’s where the homemade music fun starts; appraise the distance from the nut (a.k.a. “zero fret”) by the head stock of the instrument, to the bridge on the face of the body. Take that measurement and divide by 17.8167942 – this will give you the distance between your nut and the first fret. Now measure from that first fret to the bridge, and divide that by 17.8167942, supplying you with the distance between the first fret and subsequently, and repeat until all fret placements have been located. These and other mathematical formulas are the needs to make your own music – remember these, and instrument making is usually a breeze! – Tyga Style Instrumental

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