Well, if you are looking for an answer that comes from the element chart, than it would obviously be the gas-at-room-temperature helium! I if you mean without it flying into the air,(from your mouth) than it would be the carbon-dioxide and water exiting your mouth.
Better answer:
The air that you are blowing into a balloon causes pressure. If this pressure is larger than atmospheric pressure then the balloon will expand. As an experiment blow up a balloon and measure the diameter of it at it's fattest part. Then carry it to the bottom of a swimming pool and measure it again while you are down there. It will be smaller. This is because the pressure of the water in the swimming pool is pushing on the exterior of the balloon which is greater than atmospheric pressure therefore the diameter of the balloon will shrink.
Warning: I do not advice this experiment if you are unable to swim. Also, you may need to be able to hold your breath for a minute or so. Please don't drown for science!
Yes, you can inflate balloons with Argon gas. Argon is commonly used in balloons for special events like parties and celebrations because it is non-reactive and non-toxic. However, it is more expensive than using helium.
Helium, hydrogen, and carbon dioxide can also be used to inflate balloons, depending on the desired effect. These gases are often used in balloons for parties, decorations, and scientific experiments.
You can inflate a balloon without air by using a different gas, such as helium, which is often used for party balloons. Alternatively, you can use a manual or electric pump to inflate the balloon with a liquid, such as water, which will evaporate and create gas inside the balloon.
To inflate with water, you can use water inflatables such as water balloons, water toys, or inflatable swimming pools. By connecting a water source, such as a hose, to the inflatables and filling them with water, you can achieve the desired inflation. Additionally, water pressure can also be used to inflate certain water devices.
A lung model with balloons works by simulating the expansion and contraction of the lungs during breathing. The balloons represent the lungs, and as air is pumped in and out of the balloons, they inflate and deflate to demonstrate how the lungs function. This model helps visualize the process of breathing and how the lungs take in oxygen and release carbon dioxide.
You can inflate objects and make them bigger by adding air to the object. Balloons and tires are objects that require air in order to inflate and make them bigger.
Yes, you can inflate balloons with Argon gas. Argon is commonly used in balloons for special events like parties and celebrations because it is non-reactive and non-toxic. However, it is more expensive than using helium.
Helium is used to inflate balloons because it is lighter than air and that makes the balloon float.
Many thousands... unless you inflate them, of course!
because they got bigger and bigger every sigle time the
Helium, hydrogen, and carbon dioxide can also be used to inflate balloons, depending on the desired effect. These gases are often used in balloons for parties, decorations, and scientific experiments.
Helium at room temperature is commonly used to inflate balloons due to its low density, making balloons float.
Anyone who wants to inflate 4 balloons at the same time.
Balloons, floaties, swimming tubes, lilos, etc. All can be inflated.
Hydrogen is not used to inflate hot air balloons. Just regular air is used which is then heated to make the balloon more buoyant as hot air weighs less than cold air. Hence the name hot air balloons.
You can inflate a balloon without air by using a different gas, such as helium, which is often used for party balloons. Alternatively, you can use a manual or electric pump to inflate the balloon with a liquid, such as water, which will evaporate and create gas inside the balloon.
heat from the sun causes the gas inside the balloon to expand.