Yes, no matter how much air is filled inside of the balloons.
The property of air that a gas exhibits is that it can be compressed and it occupies space.
y are two types the helium balloon and the hot air ballon..
Compressed air leaves a cooling sensation because when on feels the air on his body part, there is some moisture content on the skin and when air strikes, it makes the moisture content to evaporate by absorbing the nearby heat from the skin thus making a cooling sensation.
In order to float, a given mass (or volume) must be lighter than the equivalent mass that surrounds it. In other words, it must lighter than air. Filling a balloon with the same air that surrounds it will mean it cannot possibly be lighter than air (at best it will be the same weight). But the weight of the balloon alone will make it heavier. It therefore makes sense to construct the balloon from the lightest possible material. Rubber is quite heavy but it is also elastic -- thus the air inside is compressed. Thus even the air inside would be heavier than the equivalent mass of uncompressed air outside. Therefore it also makes sense to use a material that does not stretch. In order to make the balloon float, we must fill it with a gas that is not as dense as the air that surrounds it. Helium is ideal because the molecules are spread out much more than the molecules in the surrounding air -- and is therefore lighter (fewer molecules means less weight for a given mass of gas). Moreover, the material used in helium-filled balloons ("party" balloons) is wafer-thin and extremely light. It also doesn't stretch as easily as rubber, so the helium is not compressed. Thus the balloon easily floats upwards with very little helium. The same effect can be achieved simply by warming the air inside the balloon. This forces the gas to expand, increasing the balloon's mass but without increasing its weight. With sufficient mass, the balloon eventually becomes lighter than the equivalent mass of the surrounding air -- and begins to float upwards. Filling a rubber balloon with helium is also possible, provided the balloon is small enough to begin with (making it lighter), and elastic enough to accommodate the amount of helium required to overcome the balloon's overall weight. The helium will be compressed, however, thus much more helium is required to increase the mass sufficiently to overcome the density of the surrounding air -- far more helium than is required in a normal helium-filled "party" balloon.
Because it is a safe gas that is less dense than air, thus balloons float in air
Compressed air can be for cleaning, filling tires, sports balls and also balloons. Some power tools also use compressed air to function properly. Overall it is a valuable asset to have.
Helium is used for the ones that rise. Compressed air can be used or exhaled breath.
Balloons! Gaseous Helium is easily compressed and is stable, (as opposed to Hydrogen). It is lighter than surrounding air.
Helium gas is commonly used to fly balloons due to its lighter-than-air properties. It is non-flammable and safe for use in balloons to provide the lift needed for them to float in the air.
Helium is used for balloons because it is lighter than air, which allows the balloon to float. This makes it a safe and effective choice for creating floating balloons for parties and events.
Helium is good for balloons because it is lighter than air, which causes the balloon to float. Helium is also non-flammable, making it a safe choice for inflating balloons. Additionally, helium does not react with the materials in the balloon, allowing it to stay inflated for a longer period of time.
Helium is lighter than air, which allows balloons filled with helium to float. Its low density also makes it safe for use in air-filled spaces.
Helium is a gas used to inflate lighter than air balloons.
air balloons or hot air balloons fly because they fill with a very light type of air. The air is hot air.
The three major categories of usage for compressed air and gas are: compressed air and gas for process services, compressed air for power, and compressed air for general industrial applications.
Hydrogen, until the Hindenburg,then everyone realized that "Hey, Hydrogen isn't that safe to use!"Hot air balloons, you mean?? Just air that is hot.Actual hand balloons and such? Helium or again, just air. Helium floats better because it is lighter than the surrounding air around it. Helium and air are still used in both.