depends on fork
It depends upon the tuning of the fork. The tuning is measured in Hertz, or cycles per second. If it is tuned to 440 Hz (the key of A) the fork would vibrate 440 hz x 60 seconds = 26400 cycles per second. Forks tuned to different frequencies will givemdifferent results.
A large tuning fork makes a lower note and a smaller one makes a higher note. This is true with all instruments. Think about it: a string bass has much longer strings than a violin, and the bass is lower than the violin. In a piano or harp, the long strings produce the low notes and the short strings produce the high notes. Same with the length of pipes on a pipe organ. A low bassoon has a much longer length than a high little piccolo. Same with the brass instruments, a sousaphone or tuba has a much longer tube than a higher pitched trumpet.
Drop D tuning is a special way of tuning a guitar which allows the base strings to play a 'power' chord. this makes the use of Bar chords much eaier because the three base strings can be manipulated with 1 finger.
$8-$15 per set
The vibrations are what makes the sound. The higher strings vibrate very quickly so it is difficult to see, but the low pitch of the low E string means that you can see it vibrating.
1p a minute or if you are very fat it is 2p a minute
When Bulova innovated the tuning fork-based timekeeping mechanism, it was the most accurate timekeeping mechanism to date. Bulova built much fame and fortune on it. The logo represents this tuning fork. If you ever look at photos of the innards of a Bulova watch, you can see the logo is identical to this tuning fork.
A tuning fork is a U-shaped, usually made from steel, resonator that resonates at a specific pitch or frequency when struck. It is made to tune Musical Instruments as it resonates at a constant pitch for a duration of time. It usually creates an overtone before the sound fades away. This tool is rarely used, however, as there are electronic tuning devices that are much more accurate and easier to use than a tuning fork.
A tuning fork is a U-shaped, usually made from steel, resonator that resonates at a specific pitch or frequency when struck. It is made to tune musical instruments as it resonates at a constant pitch for a duration of time. It usually creates an overtone before the sound fades away. This tool is rarely used, however, as there are electronic tuning devices that are much more accurate and easier to use than a tuning fork.
A large tuning fork makes a lower note and a smaller one makes a higher note. This is true with all instruments. Think about it: a string bass has much longer strings than a violin, and the bass is lower than the violin. In a piano or harp, the long strings produce the low notes and the short strings produce the high notes. Same with the length of pipes on a pipe organ. A low bassoon has a much longer length than a high little piccolo. Same with the brass instruments, a sousaphone or tuba has a much longer tube than a higher pitched trumpet.
330ml per fork
4 oz. in each fork.
vl250 fork oil quantity
how much fork oil in a rm 85
10w fork oil. 130-140 ml from top of fork, when fork is fully compressed without the spring inside the fork.
510ml for each fork
227ml per fork
400cc 5wt fork oil