However when the water boils On the contrary, this sound decreases, you remember, right? So what could be the reason for this incident?

Engineering Although it may seem so, this phenomenon is actually related to the thermodynamics of water. Watch how it happens!

Let’s start with the basics.

As we all know, when water is heated, small air bubbles are formed. Water to boiling temperature As it approaches, these small bubbles form in the warmer areas underwater. However, because the water has not yet fully boiled, these bubbles disintegrate before they reach the upper parts of the water.

As these bubbles form and collapse, they form a kind of bubble in the water. vibrations We see it happening. When the water in a pot, teapot or kettle starts to boil, it starts to vibrate. At this point we hear a buzzing, boiling sound.

As the water approaches its boiling point, bubble formation accelerates and the noise increases.

When water reaches its boiling point, we see large amounts of steam bubbles forming everywhere in the water. These bubbles rise to the surface of the water and burst. This situation is becoming more and more common becomes stable.

More and more regular steam production, until the boiling point is reached It was noisy because it was irregular; But now that the bubbles can reach the top of the water, they burst in a more controlled manner, making them quieter.

At work boiler These small bubbles are the only reason for the buzzing sound that occurs while working and the sound that stops after the boiling point.

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