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The pressure on the rubber.
The air inside the balloon will contract as it cools, so the balloon will become smaller. The freezing process could affect the balloon's skin, making it brittle and liable to fracture.
The gas molecules slow down and the water vapor condenses causing the balloon to shrink.
The increased temperature outside of the freezer gives the particles more energy. Therefore with increased energy they oscillate more until they break their bonds and turn into liquid water.
That would depend on whether the balloon was empty, full of air or full of water and as you have not told us which we can not help you. When asking questions please make them specific if you want us to help.
Balloons can be considered a container. containers contain something. A balloon contains CO2, assuming you blew into it. When you put something in a freezer is makes it cooler. making the molecules of CO2 to get closer together making the walls of the balloon to "cave in" making it shrink.
It will burst! because of the pressure in the freezer.
The low temperature inside the freezer causes the air inside the balloon to contract.
It Freezes ! :P
I balloon will deflate. If you take it out of the freezer, give it some time and it will expand to normal.
The pressure on the rubber.
The air inside the balloon will contract, so the balloon will tend to look slightly crinkled.
It gets Cold :D
The air inside the balloon will contract as it cools, so the balloon will become smaller. The freezing process could affect the balloon's skin, making it brittle and liable to fracture.
The gas molecules slow down and the water vapor condenses causing the balloon to shrink.
It would shrink (according to Charles's Law).
Charles Law - the expansion (when heated) or contraction (when cooled) of gases. E.g. when you leave a balloon outside in the heat it will pop from the gas inside expanded, but when you put it in a freezer it will shrink as the gas inside contracts.