The shape of water changed to fit the shape of the container it was poured into due to its property of taking the shape of its container.
When salt water is poured into a glass containing cold tap water, the two liquids will initially mix together. Because salt water is denser than fresh water, it will sink to the bottom. Eventually, the two liquids may form distinct layers, with the denser salt water at the bottom and the less dense fresh water at the top.
Bubbles can form when water is dumped on old cement due to the presence of organic matter or residues on the surface of the cement. These organic materials can interact with the water and create bubbles as a result of a chemical reaction. It is also possible that trapped air or gases within the cement pores are released when water is poured, creating bubbles.
Adding soap to lakes and rivers might create more bubbles in the water, but it is unlikely to make it rain bubbles. Rain is formed when water vapor in the atmosphere condenses to form liquid droplets, which then fall to the ground as precipitation. Soap in water bodies would likely just create a soapy mess, rather than causing bubbles to fall as rain.
A closed metal container containing hot water or steam is typically called a boiler. Boilers are used to generate heating or process steam for various industrial or residential applications. They operate by heating water to produce steam, which is then circulated for heating or mechanical power.
Water gurgles when poured into a container because of air bubbles getting trapped and released as the water flows in, creating a bubbling or gurgling sound.
gravity?
The shape of water changed to fit the shape of the container it was poured into due to its property of taking the shape of its container.
No, the water displaces the air if the container is open.
That's the sound of the bubbles and the water heating.
When water is poured on the ground, air trapped in the soil may be released. As the water flows through the ground, it displaces air pockets, causing bubbles to rise to the surface. This effect is commonly seen in saturated or compacted soil.
Water can displace air when poured into a container because water is denser than air. The molecules of water are packed more closely together, so when water is poured into a container, it pushes the less dense air out of the way, causing it to rise up and be displaced.
The height of this quantity of water would be exactly that much!
When salt water is poured into a glass containing cold tap water, the two liquids will initially mix together. Because salt water is denser than fresh water, it will sink to the bottom. Eventually, the two liquids may form distinct layers, with the denser salt water at the bottom and the less dense fresh water at the top.
Yes, water takes up space because it has mass and volume. When water is poured into a container, it displaces the air or other substances in that container, showing that it occupies a certain amount of space.
Bubbles can form when water is dumped on old cement due to the presence of organic matter or residues on the surface of the cement. These organic materials can interact with the water and create bubbles as a result of a chemical reaction. It is also possible that trapped air or gases within the cement pores are released when water is poured, creating bubbles.
CO2 bubbles are pockets of carbon dioxide gas that form in liquids, such as carbonated beverages, during the carbonation process. When carbonated drinks are opened or poured, these bubbles are released, producing the characteristic fizz or effervescence.