"Piano strings" and "piano wires" are terms often used interchangeably, referring to the same component in a piano. The strings or wires are made of high-tensile steel and are responsible for producing sound when struck by the piano hammers. The term "strings" emphasizes the musical nature of this component, while "wires" highlights the material's strength. The strings or wires vary in thickness and tension, determining the pitch of each note. Modern pianos typically use a combination of plain steel and wound steel strings. So, in essence, there is no substantial difference between piano strings and piano wires—they refer to the same essential element in a piano.
Piano strings and piano wires mean the same thing.
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.
That would be a harpsichord.In a harpsichord, the keys are attached to quills that pluck the strings/wires rather than hammers which strike the strings/wires.
The piano is louder because it is much heavier, much larger, and in places built with much more tension. A harpsichord is lighter in construction and is built completely of wood. Some modern harpsichords may have some metal in their frames or in other parts of their construction. Harpsichord strings are 'plucked' by a 'plectrum' which originally consisted of quills. The plectrum is built in such a way that the quill will pluck the string on the way up, and slide over the string on the way down. You can't vary the volume of a given note by changing the attack on the key. Pianos must have metal frames because the wires are on average longer and require much more tension to be brought to pitch. For most of the range of a piano, which is considerably wider than that of standard harpsichords, there are 3 wires per note. As you go toward the lower registers there are 2 wires, and then 1 wound wire per note. Most importantly, piano wires are struck by a hammer. Varying the attack on a key will vary the initial volume of the note quite a bit. The action of the piano, called an 'escapement' action, is very special. You can imagine that if there were just a simple lever causing the hammer action, then the hammer would strike and then rest on the wires it just struck. The escapement action allows the hammer to move freely (independently of the motion of the rest of the action) right before striking the wires. Then the hammer recoils and is checked by another part of the action.
It's percussion because the strings are hit with hammers. It can be classified as a percussion or string instrument.The piano is in the percussion family because the sound is generated from little hammers and wires inside. When you press a piano key, the hammer hits the wire, producing sound. The action of the hammer hitting the wire is what classifies it as a percussion instrument, like when hit hit a mallet on a bell kit.
There are three strings for every note in the middle and upper register of the piano, including middle C. As you go down, there are some with 2, and the lowest notes have one. Answer The above answer is, of course, correct for all practical purposes. If you want to get technical (to the point of being downright obnoxious) the answer is "two" for middle C. In this part of the piano register, no strings (wires) are cut and attached to the far end (the end of the wire opposite the tuning pins). Wires are looped around a hook and come back up to be connected to the next tuning pin. So for a three string note, two of the strings are in fact different ends of the same length of string. And yes, this means that one length of string will serve two different notes!
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.
That would be a harpsichord.In a harpsichord, the keys are attached to quills that pluck the strings/wires rather than hammers which strike the strings/wires.
The piano is louder because it is much heavier, much larger, and in places built with much more tension. A harpsichord is lighter in construction and is built completely of wood. Some modern harpsichords may have some metal in their frames or in other parts of their construction. Harpsichord strings are 'plucked' by a 'plectrum' which originally consisted of quills. The plectrum is built in such a way that the quill will pluck the string on the way up, and slide over the string on the way down. You can't vary the volume of a given note by changing the attack on the key. Pianos must have metal frames because the wires are on average longer and require much more tension to be brought to pitch. For most of the range of a piano, which is considerably wider than that of standard harpsichords, there are 3 wires per note. As you go toward the lower registers there are 2 wires, and then 1 wound wire per note. Most importantly, piano wires are struck by a hammer. Varying the attack on a key will vary the initial volume of the note quite a bit. The action of the piano, called an 'escapement' action, is very special. You can imagine that if there were just a simple lever causing the hammer action, then the hammer would strike and then rest on the wires it just struck. The escapement action allows the hammer to move freely (independently of the motion of the rest of the action) right before striking the wires. Then the hammer recoils and is checked by another part of the action.
Insulator strings are normally used for high tension wires. They work as the main insulators for wires and assure a smooth connection between the conductors and the poles.
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Yes, they do!
It's percussion because the strings are hit with hammers. It can be classified as a percussion or string instrument.The piano is in the percussion family because the sound is generated from little hammers and wires inside. When you press a piano key, the hammer hits the wire, producing sound. The action of the hammer hitting the wire is what classifies it as a percussion instrument, like when hit hit a mallet on a bell kit.
There are three strings for every note in the middle and upper register of the piano, including middle C. As you go down, there are some with 2, and the lowest notes have one. Answer The above answer is, of course, correct for all practical purposes. If you want to get technical (to the point of being downright obnoxious) the answer is "two" for middle C. In this part of the piano register, no strings (wires) are cut and attached to the far end (the end of the wire opposite the tuning pins). Wires are looped around a hook and come back up to be connected to the next tuning pin. So for a three string note, two of the strings are in fact different ends of the same length of string. And yes, this means that one length of string will serve two different notes!
No difference in terms of number of wires used.
They are wooden with metal wires
usually, positive wires have a blue rubber coating, whereas negative wires have a red rubber coating.