Why balloons pop

Wonder how that would look like? The balloon with a higher tension would break into several different pieces. Once you blow up balloons, you are forcing air into them. Of course, the air that you inflate the balloons with needs space to stay. As the air occupies the space inside the balloons, they will expand. This is because of the elasticity of the rubber, which is the primary material of balloons.

When you blow up balloons, the air pressure inside them increases. And then the rubber inflates to its maximum size. But when you would still keep on blowing up the balloons, they would not be able to get bigger. As a result, the balloons would pop. In addition, considering that the air becomes thinner, the surface of the balloons becomes tighter.

This happens because of the gas that is expanding inside the balloons. On the other hand, if balloons have already been blown up to their maximum capacity before letting them float in the air, they would pop more quickly when launched.

Usually, they go as high as 60, up to , feet in the air. However, these figures may not always be the same because of a variety of conditions, which may include the following:.

As mentioned earlier in this article, the weather is also one of the factors that affect how long balloons stay inflated. For example, during cold weather, it is estimated that balloons can travel from 35 miles up to more than 75 miles only because of atmospheric wind conditions.

When the gas inside the balloons expands to the stage where there is no longer space for more gas, the balloons pop, which completes its way up. We have all experienced having a balloon that pops up unexpectedly, and most of us have all been wondering why some balloons keep on popping even if they are not exposed to sharp objects or surfaces.

But aside from our shared panic and fear of loud noises, which are produced by the popping of balloons, there are even more curious and attention-grabbing logical questions, which are related to popping a balloon, that also need some answers.

In that case, the combination of a sharp object with the aforementioned balloon, looks a little something like this:. Cool, right?

The balloon with the higher stress fractures into many different pieces. While that might seem like no more than a party trick, New Scientist reports that the researchers hope to apply their discovery to more brittle objects like glass and metal, to potentially create materials that are less likely to shatter when a sudden shock is applied.

In the meantime, you can try the balloon experiment at home. Republicans and Democrats have both made appearances in Glasgow for the giant climate conference. The quasar J is 13 billion light-years away from Earth. But it still can reveal a lot about our own universe. Brighstoneus simmondsi has a big lump around the nostrils, like a chunky alligator.