Determine how the distance between the theremin's antenna and the player's hand affects the frequency the theremin produces.
[E]
Build a drum set using household materials, a computer, Scratch, and a PicoBoard.
[E]
The differences between the sounds made by instruments constructed from different materials.
[E]
Make Your Own Phonograph from Everyday Items
[E]
Determine which material will muffle the most sound off a drum roll on the snare drum.
[E]
What Material for an Acoustic Instrument Soundboard Has the Widest Range of Response?
[E]
What Material Makes a More Resonant Acoustic Instrument Soundboard?
[E]
Determine how the position, relative to the end of the string, of the pickup on an electric guitar affects the tone of the sound.
[E]
Investigate how the musical note produced by a wine glass is affected by the fluid level in the glass.
[E]
Make musical instruments using drinking straws.
[E]
Making Music with Glass Bottles
[E]
Quantifying the Effects of Temperature and Relative Humidity on Violin Pitch
[E]
Test whether there is a correlation between a flute's metallic properties and tone quality.
[E]
Does the type of wood used for a soundboard in stringed instruments affect the way the notes sound?
[E]
Determine how the placement of the soundpost affects a violin's sound.
[E]
Compare and test natural cane and synthetic plastic clarinet reeds in order to determine which material can produce better intonation over a greater range of registers.
[E]
How the use of different materials affects the bass response of a speaker
[P]
Physics of Music Science Fair Projects & Experiments