Bubbles would go down because more carbon dioxide dissolved in water increases the water's density, making it heavier and causing bubbles to sink rather than rise. Additionally, the increased amount of carbon dioxide may reduce the water's oxygen content, affecting the buoyancy of bubbles.
Without detergent it does not. If you add something like washing up liquid to heated water you can get good bubbles (too watery and they won't have the strength to grow well)
hot spring --------------------- Hot springs rare most are just "Springs".
When magnesium oxide is heated strongly, it undergoes a process called thermal decomposition. This means that it breaks down into its constituent elements, magnesium metal and oxygen gas. The reaction can be represented by the following equation: 2MgO(s) -> 2Mg(s) + O2(g).
Ice causes the pressure in soda to go down because it cools and contracts the gas inside the container, reducing the pressure. This can lead to less gas being dissolved in the soda, which can result in fewer bubbles when the soda warms up again.
down
The bubbles go down on to the waters surface.
It bubbles up dummy.
Vapor bubbles rise to the surface during boiling because the liquid is being heated, causing the molecules to gain energy and form gas bubbles. These bubbles are lighter than the surrounding liquid and therefore float to the surface. The bubbles burst at the surface, releasing the gas into the air.
The bubbles go face down on the solar cover because when the sun hits the smooth side if the cover it warms the bubbles up on the other side & the bubbles on the solar cover holds more heat than the smooth side
If you're heating it strongly enough to boil, then because it's boiling. If not, the bubbles are probably dissolved air coming out of solution. The solubility of gases in liquids goes down as the liquids are heated.
Water bubbles up when heated because the heat causes the water molecules to move faster, which decreases their density. As the density of the heated water decreases, it rises to the surface and forms bubbles.
Bubbles would go down because more carbon dioxide dissolved in water increases the water's density, making it heavier and causing bubbles to sink rather than rise. Additionally, the increased amount of carbon dioxide may reduce the water's oxygen content, affecting the buoyancy of bubbles.
go to search dolls and look up bubbles. click on rolling bubbles and scroll down to the dolls they recommend and click on bubbles. here's the page that lets you go to the next clue. http://www.cartoondollemporium.com/bubblesdoll2.html
Personally, I disagree with the logic used by those above. If the bubbles are up, there will be larger surface area to absorb the sun's heat. Increased levels of heat absorption seems more important than the rate of heat transfer, especially when considering the fact that heat transfer takes place almost instantaniously.****i have tried it both ways, bubbles up or down. makes little or no difference heating. with bubbles down, though, it is easier to clean debrie off the cover and keep it clean.
heat up - speed up, go faster, its getting hotter cooled - slow down, no more fire in the fuel etc.
Air bubbles form when water is heated because the solubility of gases, like oxygen, decreases as the water temperature rises. As the water heats up, it releases dissolved air in the form of bubbles. Additionally, the bubbles can also come from impurities in the water or gases produced by chemical reactions occurring during heating.