Table of Contents
- 1 Why notes of the same pitch played on a violin and flute has different quality?
- 2 Why does a guitar sound different than a piano?
- 3 Why do different instruments make different sounds?
- 4 What is the difference between noise and musical sound?
- 5 Can a violinist play piano?
- 6 Why do different musical notes sound different?
- 7 Why do different notes sound different in an instrument?
- 8 Why does a vibrating string sound dull when played?
Why notes of the same pitch played on a violin and flute has different quality?
Tone & Harmonics A violin also sounds different than a flute playing the same pitch. This is because they have a different tone, or sound quality. When a source vibrates, it actually vibrates with many frequencies at the same time. Sound quality depends on the combination of different frequencies of sound waves.
Why does a guitar sound different than a piano?
The shape and materials of the instrument does affect the tone of the instrument, but the main reason instruments have a unique tone has to do with the harmonic partials associated with that instrument. When you pluck a string on the guitar, you will primarily hear what is called the fundamental.
Is piano music the same as violin?
You will have a grand staff for piano, just one line for violin. The upper staff (the right hand for piano) is traditionally a treble clef, and the violin is also usually treble clef. So the right hand of the piano will have the same notes as the violin.
Why do different instruments make different sounds?
The reason the same musical note sounds different when played on various instruments is because the harmonic overtones and envelope of each instrument is unique. When a frequency is played, other frequencies, called harmonics, are created. Each instrument has a unique harmonic character.
What is the difference between noise and musical sound?
Q 8) What is the difference between noise and music? Music is a sound that produces a pleasing sensation. It is produced by nature, musical instruments, human voice, etc. Noise is an unwanted and unpleasant sound produced by horns of vehicles, by machines, etc.
What makes the piano different from other instruments?
Unlike most instruments, the piano can accompany itself. The piano is usually used to play two parts simultaneously. This is one of its most unique qualities. With the piano, most of its music is written to provide chords and melody all played by one musician.
Can a violinist play piano?
However, changing from a violin to a piano is certainly possible. They are both instruments capable of producing music and the basic knowledge needed to play them is the same.
Why do different musical notes sound different?
What makes a note sound higher on a violin?
This image shows the harmonic frequencies, also known as the harmonic scale, that are involved when an A note is played on a violin. These are found by stopping the vibrating string at certain intervals. Pythagoras noticed this when he stopped a vibrating string halfway along its length, which brought the pitch to an octave higher.
Why do different notes sound different in an instrument?
The main factor that causes different sounds in an instrument is the harmonic frequencies and overtones that an instrument outputs on notes, with other factors such as material affecting this factor. A vibrating string does not produce a single frequency, but a mixture of fundamental frequencies and overtones.
Why does a vibrating string sound dull when played?
A vibrating string does not produce a single frequency, but a mixture of fundamental frequencies and overtones. Say that that an A note is being played on a violin string. If just the fundamental harmonic is heard, it would sound dull.
When does the second harmonic of a violin note occur?
As a real life example, this graph shows all the frequencies that are produced when a violinist bows a D note, at 294 Hz. From close inspection we can see that the first harmonic occurs at around 300Hz. The second harmonic occurs around 600Hz, and the next harmonic at around 900Hz.