It should be tuned to 444Hz. Slightly higher than the perfect 440.
This is what professional orchestras tune into.
In fact, the whole orchestra tunes to 444Hz when a piano soloist is going to play. It does make the difference in sound!
The bagpipe is tuned to the key of A (although it differs slightly from the standard key of A).
StringNoteFrequencyScientific pitch notation1 (Highest)e'329.60 HzE42b246.90 HzB33g196.00 HzG34d146.80 HzD35A110.00 HzA26 (Lowest)E82.40 HzE2
A dead piano key is when a key on the piano won't play: something in the mechanism is not transferring the force from the key press to the hammer. It could be an easy fix or could be a difficult fix. It could be as simple as a missing hammer or as complex as regulation. If you get the piano tuned, the tuner should be able to fix the regulation. I only know uprights and cannot say for a grand piano. But in an upright there are a few regulation screws that when you turn the right ways you can regulate the piano yourself. There is one screw (Capstan) on the key lever itself that may need to be adjusted up to push the hammer into the string. or it could be the regulation on the Jack (letoff) that needs to be brought down, thus pushing the hammer up sooner. Remember there are thousands of pieces in the piano and just one piece being out of whack can throw the one key out of commission.
Guitar has no alternate tuning, and is just "tuned in C," just like the piano, marimba, violin and cello, among other instruments.
Pianos are a percussion instrument with strings. Inside the piano are dozens of wires or "strings", the number varies with each piano. These strings are tightened to a specific point, or "tuned". When a key on the piano is pressed, it swings a small wooden hammer with a metallic striking surface inside the piano. These hammers strike the strings, which causes them to vibrate, creating the sound.
Piano is tuned in the key of C
A piano is typically tuned in the key of A440, which means that the A above middle C vibrates at 440 Hz.
The piano is tuned based on the hertz chart, which shows the frequency of each note in cycles per second. Each key on the piano corresponds to a specific frequency on the hertz chart, allowing musicians to play in tune and create harmonious music.
The pitch of the lowest key on a piano is A0, which vibrates at a frequency of about 27.5 Hz.
The lowest note on a tuned standard 88 key keyboard. It is A, at a frequency of close to 27.5 Hz.
The bagpipe is tuned to the key of A (although it differs slightly from the standard key of A).
A violin is typically tuned to the key of G.
The frequency of a piano note is the same on both sides. If a piano key is producing 256 Hz on the right side, it will also produce 256 Hz on the left side. The frequency is determined by the pitch of the note being played, which is consistent across both sides of the piano.
The key lifts a rod which momentarily drops a felt tipped hammer on a tightened wire which is tuned to a sepcific note.
A violin is typically tuned in the key of G, D, A, and E.
The violin is typically tuned in the key of G, D, A, and E.
StringNoteFrequencyScientific pitch notation1 (Highest)e'329.60 HzE42b246.90 HzB33g196.00 HzG34d146.80 HzD35A110.00 HzA26 (Lowest)E82.40 HzE2