True. A vibrating string can produce a sound. This is how string instruments such as a guitars and violins work. Although such strings are made of metal (like steel wire) or plastic (like nylon), the principal is the same for all of them.
for every key, there is a string in the back. When you hit the key, the key makes a hitter bounce of the string For a start,,, a PIANO does not vibrate and create a sound, its components resonate in sympathy for the frequency being created by the action, which is the key being struck, then the hammer striking the string/s(very simply put!). For every key on a piano, there is a hammer inside. When a key is struck, the hammer hits either one, two or three strings, depending on the note. Usually, the 10 lowest pitches have a single string with copper, copper-clad or brass wire wound round it, then the next 18 pitches have two strings and then the last 60 have three strings per hammer (note). These sets of strings are called unisons, as they vibrate at the same frequency (rate of traveling back and forth). Every note sounded on a piano is the result of a string, or set of two or three strings, vibrating at a specific frequency determined by the length, diameter, tension and density(/structure) of the wire. A shorter, lighter string, under more tension, vibrates faster, and produces a higher-pitched sound. Strings vibrate, causing the air particles to vibrate, causing your eardrum to vibrate. If it was just the strings vibrating that made the sound of the piano, then it would just sound like plucking a piece of wire, quite a pure, quiet sound. But it doesnt, because you have overtones all coming togather to create the final sound. To amplify the sound of the strings, they press down on a bridge which conducts their vibration to the large, thin piece of wood called the soundboard. This is a very breif description of how a piano works. Forgive me if I have missed anything, but I haven't much time. I am doing an assignment on the fundamental principals involved in the sound production of an acoustic instrument, and guess what acoustic instrument I'm doing........
a few ways loosen the string till they come off if you want to save them break them off with say wire cutters burn them off play them tilll they break or... tune so tightly they break honestly though just replace the string you broke, its a waste of time unless you like the new string sound to replace all 6 strings.
The key of a piano connects to a system of levers which moves a small hammer that strikes a wire inside the piano. The wire will then vibrate and make a sound. That sound is then amplified by the wooden body of the piano, which resonates with the wire.
When I replaced my antenna, I used the Haynes manual. The connection is down by the fuse box on the driver's side to the left of the brake pedal. I had to fish the new wire down the hole until I felt it come out of the bottom. I might work better if you attach a string to the old wire before you pull it out. Then attach the pulled end of the string to the new wire to help guide it back through down to the fuse box area. , good luck.
wire does it best
A tighter string produces a higher pitched sound and a looser string produces a lower pitched sound
Wire will carry sound the best because of its rigid structure that allows for more efficient transmission of vibrations. String, twine, and rope are more flexible and absorb more of the sound energy, leading to lower quality transmission.
True. A vibrating string can produce a sound. This is how string instruments such as a guitars and violins work. Although such strings are made of metal (like steel wire) or plastic (like nylon), the principal is the same for all of them.
String telephones work by transmitting sound waves through a taut string or wire. When one person speaks into the cup at one end, the sound waves travel along the string and vibrate the cup at the other end, allowing the other person to hear the sound. This simple method of sound transmission is based on the principle of mechanical vibrations traveling through a medium, in this case, the string.
conducts electricity
Copper wire with a larger diameter (lower gauge number) conducts electricity better than wire with a smaller diameter (higher gauge number). Thicker wire has lower resistance, allowing more current to flow through it efficiently. Additionally, copper is an excellent conductor of electricity compared to other materials like aluminum.
1. Wire is metal. 2. String is not.
An electrode
To tie guitar strings properly for optimal sound quality and performance, follow these steps: Insert the string through the tuning peg hole and leave a few inches of slack. Wrap the string around the peg in a clockwise direction, ensuring it sits neatly in the nut and bridge. Pull the string tight and tune it to the desired pitch. Trim any excess string with wire cutters. Repeat for all strings, ensuring they are securely fastened for better sound quality and tuning stability.
Instruments such as guitars, violins, cellos, and harps use strings or wires to produce sound. They are plucked, bowed, or strummed to create vibrations that resonate and produce musical tones.
A guitar pickup is wire coiled around a magnet. When the string vibrates, it causes the magnet to vibrate, which creates an electric current in the wire. The signal created by that electric current is then fed into the amplifier which converts it to sound.