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When air is blown between two balloons, the air flow from the blower creates a low-pressure area between the balloons. This low pressure effectively pulls the balloons towards each other. The Bernoulli principle, which states that moving air has lower pressure, helps explain this phenomenon.
no because of the air pressure
The hot air balloons air pressure is usually used to explain the principle of buoyancy.
If there is no air, then you cannot adjust pressure.
In the Bottled Balloons activity, as you push up the balloons into the bottle, you compress the air inside. This increase in pressure causes the air to push back against the balloon, making it expand and fill with air. When you release the balloon, the pressure is released, allowing the air to escape and causing the balloon to deflate. This demonstrates principles of air pressure and volume in a fun and interactive way.
If you blow between them, you decrease the pressure of the air between the balloons. The air around them, which has greater pressure, will force them to approach each other.
An air pump works by creating pressure to force air into an object, such as tires or balloons. When the pump handle is pushed down, it compresses the air inside the pump, increasing its pressure. This high-pressure air is then forced through a nozzle into the object, inflating it.
the pressure in side the balloon will get squizz out and make the air move
The logic of the question appears contestable - can we try again.
Helium is a chemical element, and its most common form is a gas at room temperature and pressure.
The answer depends on the pressure inside the balloons.
Yes, no matter how much air is filled inside of the balloons.