Sound is produced by the vibrations created by objects. The wooden stick of the xylophone striking its metal part creates a vibration that produces the xylophone's sound.
Sound wave
The amount of water put in determines what the pitch/tone is. See, sound is made by vibrations. The amount of water put in adds dampening to the vibrations, making it deeper.The xylophone is a percussion instrument and it works when you tap it and when you hear a soud it's starting to get low and higher sounds.=)
The source of energy for sound waves are vibrations.
The source of energy for sound waves are vibrations.
No, you cannot. In order for a xylophone to work, or any such percussion instrument, metal bars vibrate when struck, and the vibrations resonate to create the sound. The length of the bar determines the pitch of the sound. Your ribs, however, are made of softer material (hydroxyapaptite bone with marrow in between), and are bound to tendons and ligaments, and other such soft tissue, which would prevent the vibrations from resonating properly. So, at best, striking a bone within the body would create a thud sound, rather than the ping of a xylophone.
Sound travels through a xylophone when a mallet strikes the wooden or metal bars, causing them to vibrate. These vibrations create sound waves that travel through the air and reach our ears, allowing us to hear the musical notes being played.
Ah, the input form of energy for a xylophone is mechanical energy. When you strike the xylophone keys with a mallet, you transfer your mechanical energy to the instrument, causing the keys to vibrate and produce sound. It's like a little dance between you and the xylophone, creating beautiful music together.
Marimba is from Portuguese, via a Bantu source, perhaps Kimbundu marimba ("xylophone").
Musical instruments that start with x:xylophone
object starting with x is xylophone.
No, a vibrating source will only produce sound if the frequency of the vibrations falls within the audible range for humans, approximately 20 Hz to 20 kHz. Frequencies outside of this range will not be perceived as sound.