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No, the higher the pitch, the shorter the wavelength.
The pitch of each bar is not only determined by the length, but also the thickness and density. The width does not matter. From what I found out, the longer, thinner, and denser the bar, the higher the pitch. The shorter, thicker, and less dense the bar, the lower the pitch.
The shorter the pipe the higher the pitch. Conversely the longer the pipe the lower the pitch.
the size of bars determine the pitch..(lgth,width)
Adjust the wavelenght! The higher frequencies have shorter wavelengths, and lower frequencies have longer wavelengths. Basically, the longer the wavelength, the lower the pitch.
The pitch. The higher the pitch, the higher the frequency.
Their wavelengths are shorter, and they are perceived as having higher pitch.
By the lengthness of their keys.
Boomwhackers are made from different peices of wood, plastic, or other materials. These are cut into different sizes, normally by length. These lengths determine the piches the boomwhacker makes; a shorter boomwhacker will make a higher pitch than one that is longer, which makes a lower pitch. When you hit the boomwhacker, the acoustics in the longer tubes vibrate longer, making the pitch deeper. The acoustics in the shorter tubes vibrate for a shorter time, making the pitch higher.
Pitch- How high or low it sounds. The higher the pitch, the higher the frequency.Frequency- The number of wavelengths in an area. The shorter the wavelength, the higher the frequency.
Generally speaking, the longer the instrument, the lower the pitch i.e. tuba; the shorter the instrument, the higher the pitch i.e. picallo. There are variations, such as the french horn, but they are the exception. This principal is also used in tuning; pulling the mouthpiece on a saxophone out will drop the pitch (the instrument is now longer), and pushing it in will raise the pitch (it is now shorter).