0
The frequency of a C of the fourth octave is approximately 261.626 Hz.
Wiki User
∙ 13y ago
Add your answer:
Earn +20 pts
What difference would be heard if the frequency of the wave is increased?
the frequency of a wave changes the pitch of the of the sound, a lower frequency (less frequent vibrations of the speaker) means lower pitch (bass notes) a higher frequency increases the pitch (treble notes) the formula is: speed = frequency x wavelength note: if you double the frequency of a sound you half the wavelength (assuming the medium through which the sound travels is constant, thus the speed of the sound is constant) doubling the frequency also increases the pitch by one octave... the note "Middle C" is 440 Hz "C" one octave higher is 880 Hz and "C" one octave lower is 220 Hz all of the "C" notes in the musical scale are "C" below human hearing range 13.75 Hz Lowest "C" 27.5 Hz (Just within average human hearing range) "C" One Octave Higher 55 Hz "C" One more Octave Higher 110 Hz "C" One more Octave Higher 220 Hz "C" One more Octave Higher 440 Hz also known as "Middle C" "C" One more Octave Higher 880 Hz "C" One more Octave Higher 1760 Hz "C" One more Octave Higher 3520 Hz "C" One more Octave Higher 14080 Hz (The Highest "C" Note the average human can hear) "C" One more Octave Higher 28160 Hz (outside of human hearing range but it really annoys dogs)
What is the first note of the octave?
c
Two notes form an octave how are there frequencies related?
Any note sounds similar to the note an octave above it- to understand this you have to know that each musical note can be represented by a frequency in Herz (Hz). This tells you how many times a string would vibrate per second if you were to tune the string to that note. For example, the A above middle C is standard at 440 Hz. A string vibrates back and forth 440 times per second to make this note. If you were to play an A an octave above the one you just played, you would have to make the string vibrate twice as fast. In other words, it would be vibrating at 880 Hz (440 x 2). And if you wanted to go an octave below A 440, you would divide the number in half to get 220 Hz. The ratio of the frequency of any note (including a C) to the frequency of a note an octave below it is 1:2. If were able to freeze a string in mid-vibration and look at the actual physical positions of it as it vibrates twice as fast, you would see that the base note would be vibrating like the outline of an eye, which the note an octave above it would be vibrating like the shape of a sideways figure 8 with pointy ends. You can try it yourself with a long rubber band- pluck the note of the whole length of the rubber band. Now divide it in half with your finger. You will get a note one octave above it. Hope I made things better instead of worse!
What is the highest note on the flute?
The highest note on the flute is the high f.
What is an octave in piano?
If you look at the piano keys you will notice there is a pattern in the way the black notes interleave the white notes. This pattern is repeated several times along the keyboard. If you select any key (black or white) and then look for the same key in the next repeat of the pattern to the right, that is one octave higher. Another way is, for a white note, call that "1", then counting white notes as you go to the right, one octave higher is note 8. Starting with any black note called "1", then counting black notes only, one octave higher is note 6. There are fewer black notes than white ones. One octave higher is double the sound frequency.
Is a note with a frequency of 262 hz lower than a note with a frequency of 880 hz?
That is correct. 262 Hz is the frequency of the note "middle C" on a piano keyboard, while 880 Hz is the frequency of the note A one octave above the note A above middle C on a piano keyboard.
What difference would be heard if the frequency of the wave is increased?
the frequency of a wave changes the pitch of the of the sound, a lower frequency (less frequent vibrations of the speaker) means lower pitch (bass notes) a higher frequency increases the pitch (treble notes) the formula is: speed = frequency x wavelength note: if you double the frequency of a sound you half the wavelength (assuming the medium through which the sound travels is constant, thus the speed of the sound is constant) doubling the frequency also increases the pitch by one octave... the note "Middle C" is 440 Hz "C" one octave higher is 880 Hz and "C" one octave lower is 220 Hz all of the "C" notes in the musical scale are "C" below human hearing range 13.75 Hz Lowest "C" 27.5 Hz (Just within average human hearing range) "C" One Octave Higher 55 Hz "C" One more Octave Higher 110 Hz "C" One more Octave Higher 220 Hz "C" One more Octave Higher 440 Hz also known as "Middle C" "C" One more Octave Higher 880 Hz "C" One more Octave Higher 1760 Hz "C" One more Octave Higher 3520 Hz "C" One more Octave Higher 14080 Hz (The Highest "C" Note the average human can hear) "C" One more Octave Higher 28160 Hz (outside of human hearing range but it really annoys dogs)
What is the difference between basic notes and notes with numbers for piano?
A note with a number (like C4) represents a note (C) in a particular octave (4th). A note without a number represents that note in any octave, and could be played in any octave. In the example, C4 represents "Middle C", or the 4th C up from the lowest C on a grand piano - 4 octaves above C0. A4 is the standard notation for a frequency of 440Hz.
What is the first note of the octave?
c
What is a C6 note?
It is a C in the 6th octave.
Two notes form an octave how are there frequencies related?
Any note sounds similar to the note an octave above it- to understand this you have to know that each musical note can be represented by a frequency in Herz (Hz). This tells you how many times a string would vibrate per second if you were to tune the string to that note. For example, the A above middle C is standard at 440 Hz. A string vibrates back and forth 440 times per second to make this note. If you were to play an A an octave above the one you just played, you would have to make the string vibrate twice as fast. In other words, it would be vibrating at 880 Hz (440 x 2). And if you wanted to go an octave below A 440, you would divide the number in half to get 220 Hz. The ratio of the frequency of any note (including a C) to the frequency of a note an octave below it is 1:2. If were able to freeze a string in mid-vibration and look at the actual physical positions of it as it vibrates twice as fast, you would see that the base note would be vibrating like the outline of an eye, which the note an octave above it would be vibrating like the shape of a sideways figure 8 with pointy ends. You can try it yourself with a long rubber band- pluck the note of the whole length of the rubber band. Now divide it in half with your finger. You will get a note one octave above it. Hope I made things better instead of worse!
What is a bass C?
A bass C is the note one octave below middle C.
What is an augmented octave?
An augmented octave is an interval comprising thirteen semitones and eight note names - for example, C to C sharp.
How long is an octave on a musical keyboard?
An octave is exactly 8 notes apart, so that each note comprising the octave is the same (eg an octave could be from C to C). The word "octave" is based on the root "octo", meaning 8.
What is the highest note on the flute?
The highest note on the flute is the high f.
Whats one of the most basic intervals in music?
There will be examples given to each below. An octave, a second, a fifth, and a third. Examples: Octave- Middle C to High C Second- C to D Fifth: C to G Third: C to E
What is the frequency in hertz of 103 MHz?
That is the frequency of the G Sharp/A flat two octaves below middle C (great octave).
