When a balloon pops, the gas inside rapidly escapes into the surrounding air due to the sudden release of pressure. The gas disperses and eventually mixes with the surrounding air.
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A balloon! When a balloon is filled with air or gas and becomes overinflated, it can pop suddenly.
The particles of a balloon will slow down and lose kinetic energy in the cold temperature of a refrigerator. This causes the gas inside the balloon to contract, reducing the volume of the balloon.
When you release a balloon, it will rise into the air because the gas inside the balloon is lighter than the air outside. As the balloon rises, it will expand due to the decrease in atmospheric pressure, until it eventually pops or deflates when it reaches a certain altitude.
When a balloon pops, the elastic material of the balloon stretches beyond its limit, causing the balloon to burst open. The sudden release of air inside the balloon creates a loud popping sound and the balloon ends up in smaller pieces.
When a balloon is squeezed, the volume of the balloon decreases. This causes the gas inside the balloon to be compressed, increasing the pressure of the gas.