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Shrink and deflate
- Generally speaking, the higher the temperature of the air inside a balloon, the larger and more inflated the balloon will become. On the flip side, the colder the air is inside the balloon, the balloon will shrink and deflate.
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Why Do Balloons Deflate in the Cold? Whether you fill your balloons with helium or air you are essentially filling them with a form of gas. Lots of molecules are needed to fill the capacity of the balloon. These molecules are susceptible to temperature. If they get cold the molecules will get smaller and if they get hot the molecules will get ...
If you inflate a balloon with cold air and then heat it up, one of two things will happen: If the balloon has the ability to expand, then it will expand, and the lower density of the balloon and its contents will give it lift
What should happen? When the balloon was placed in the freezer for a short time, it would collapse. After 30 minutes, the cooling air sucks the balloon into the bottle. When the bottle was placed in the hot water, the balloon should expanded slightly.
Nov 22, 2021 · Watch the video and see why hot water inflates the water, whereas the cold water deflates it. What is the science behind this cool experiment. The world around us should be explained and ...
- 3 min
- 13.3K
- Jolly Battle
Jun 12, 2018 · Cold air doesn't cause latex helium-filled balloons to deflate, but it does make helium molecules lose energy and move closer together. This decreases the volume inside the balloon and makes the shell of the balloon shrink and sink to the ground.
- Claire Gillespie
When vinegar and baking soda mix, an endothermic reaction occurs. This produces carbon dioxide which inflates the balloon. The endothermic chemical reaction will also lower the temperature in the area surrounding the vinegar and baking soda so significantly that you will be able to easily notice the change in temperature.
Did you know that inflating and deflating a balloon can be as simple as heating up or cooling down the air inside the balloon!? Let’s jump in and learn how to do this fun Hot and Cold Balloon Experiment.
