it is exhaling oxygen, when doing so under water it turns in to bubble form, the stem has to be clamped so it wont come out the stem instead of the leaves
If you are completely submerged for longer than 4 minutes, you may die or suffer brain damage.
For Powerpoint 2007: Insert --> Shapes --> Callouts... pick a speech bubble. Type the text into the space provided.
Provided it's a pure vacuum the bubble could last forever because there'd be nothing for it to collide with and pop
Bubble Struggle is a game that has evolved from Bubble Trouble. The player takes on the role of devil type character. The aim of the game is to split the dangerous bubbles into smaller bubbles which can be completely destroyed.
(The last answer provided was found offensive due to: racism.) Hubba Bubba produces the biggest bubble because they've been making it for years, they've had time to research, and have the money to get the very best ingredients for it.
Bubble wrap is translucent, not transparent. This means it allows light to pass through without showing distinct images on the other side. While you can see general shapes and colors through bubble wrap, it is not completely clear like glass.
Bubble FX Lite is a tool designed for creating and managing bubble effects in digital projects. To get started, install the app and open it to explore the user interface. You can customize bubble sizes, colors, and animations using the provided options. Once you've created your desired effect, you can export or integrate it into your project as needed.
impossible as it will bubble of a chemical reaction giving off an endothermic reaction
Bubble gum has not directly influenced scientific advancements. However, the study of its ingredients and the mechanics of bubble blowing have provided insights into chemistry and physics. Additionally, its consumption behavior has been studied in relation to oral health and digestion.
This is rather complicated, as it involves work being done by the force of buoyancy. One way to look at this is to imagine the bubble as a balloon having a negligible weight relative to the weight of the air it contains. In air, this imaginary balloon weighs nothing because (by Archimedes Principle) it is buoyed up by a force exactly equal to the weight of the air it displaces. Now submerge this "balloon" in water. So long as it is submerged, the "balloon" will experience a buoyancy force upward (i.e., towards the surface of the water) equal to the weight of the water it displaces minus the weight of the air due to gravity. The buoyancy force (Fb) will accelerate the air in the bubble at a constant rate upward. Since work is equal to force times distance, the amount of work, W, done in moving the air in the bubble from some submerged position, xo, to a position at the surface, xs, will be W=Fb *(xs-xo). The difference in position is just the depth, d, of the bubble relative to the water surface, so W=Fb*d. One can regard this quantity as the potential energy, PE, of the submerged air bubble: PE=Fb*d. If we correctly note that the weight of the air in the bubble is insignificant relative to the weight of the water it displaces, we can say that PE is equal to the weight of the water that is displaced times the depth of the bubble. (The depth of the bubble is the depth relative to the center of the sphere described by the bubble.) This is the energy that will be imparted to the air in the bubble as it rises in the water. Conversely, this is also how much energy it will take to move the bubble from its position at the water surface to a certain depth. Things get really complicated as the bubble emerges from the water, because the buoyancy force reduces from the weight of the displaced water to zero, but this will usually be a very small effect.
Double bubble!
There is oxygen in water as long as there is movement, but you should have a bubble wand or stone as well; the warmer the water, the less oxygen being provided.