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No, sound travels well in water.
Water is capable of transmitting sound energy
The water will reflect some of the sound, and some will travel downward through the water.
A turbine or water wheel,
A dripping sound.
A teakettle typically makes a whistling sound when the water inside boils and creates steam, causing the whistle attachment on the spout to vibrate and produce a high-pitched noise.
because something is clogged in the pipes
a musical instrument used in Panay consisting of a tube with a pipe. It is played by placing water in the tube and blowing the pipe. The presence of water produces a whistling sound.
It's something wrong with the pipes! One pipe is on too tight so it whistles when flushing. Here is THE answer!!! I did it to my own toilet. A plumber came over to fix our stuck toilet... The first thing he did was turn off the water supply valve at the back of the toilet. Then he unstuck our toilet. When he left, he turned the water supply valve back on, but he turned it up to high. the water pushes the air up through the pipe and the pressurized air comes out the top little slits on the stopper thingamagigie. To put in words you can understand, it's like blowing a flute. The Fast fix is to do this... Turn the water valve one way and then another. You will know when the water flows faster because the whistling will still be there. What you want to do is SLOWLY turn the water valve to the off position UNTIL the whistling stops and then a little more. You now have water coming in, but not at a speed to pressurize the air and make the whistling sound!
Air causes the whistling noise. I'm currently on a quest to eliminate the problem in my house (just had new water heater installed about a month ago, sounds like a choir of banshees when the water's running, toilets are flushed, washing machine or dishwasher are running,, etc.) When I figure out how to get the air out, I'll post a follow-up. In the meantime, at least you know what it is!
The whistling noise is caused by a restriction in the flow of water that is under pressure. Some faucets that are close to needing rebuilding will whistle as the water is shut off as there is a small leakage occurring.
Singing water pipes can be caused by air that is trapped in the pipes. The air can cause a whistling or singing sound, or it can cause the pipes to knock or rattle.
Most likely your water pressure is too high, and the water flow is causing water hammer on your pipes at the turns. To alleviate this, you can lower your water pressure, or install shock arresters at the problematic areas. Or, it's possible that your pipes are rubbing against metal hangers, causing the noise. You can put tape on the pipe at the hangers. == Answer== If it were water hammer, I think it would make the sound when you turned the water off not on. I would go for a loose washer on faucet. If that is what you mean by turning on water.
-Whistling sounds are usually caused by water flowing through a restricted section of the plumbing. The restriction can be:sediment in the pipe- you have to break up/dislodge the clogdefective washer- replace washermessed up valve- repair the valveTo temporarily avoid the whistling noise-adjusting the water pressure using the faucet handles should do the trick-My husband
Kettles have an element at the bottom, which is heated up by the electric current connnected to it. As the current flows through the plug and the connection, the element becomes extremely hot and disperses the heat throughout the water, at this stage you see tiny bubbles rising from the element. After a minute or so, the water reaches boiling point, starts to agitate, and the steam comes out of the spout of the kettle. If you have a whistling kettle, this is when the steam is forced through a small hole, causing the whistling sound the kettle makes when the steam goes through it. Now you are ready to make that cup of tea.
Is there another way you can describe the noise cuz i don't think very many mechanics will know when you say water running. I mean what does it sound like Hum, buzz, whistling, whirling, etc. You need to be more specific.
Sound travels faster and more efficiently in water compared to air, causing the frequencies of sound waves to be altered and making voices sound muffled or distorted when heard underwater. Additionally, water is denser than air, which affects the transmission of sound waves and contributes to the muffled effect.