russ_watters said:Not impossible. What holds them together is the air pressure outside of them pushing them together.
Since a vacuum is just empty space, it doesn't matter what size it is.bassplayer142 said:I still don't understand how the inside of it could possibly expand. There is nothing to expand? Maybe I don't fully understand what a vacuum really is.
A compressed chamber is a sealed container or vessel that is designed to hold gases or liquids at a higher pressure than the surrounding environment. This is achieved through the use of a pump or other means to increase the pressure within the chamber.
A perfect vacuum is an ideal state in which there is no matter or gas present in a given space. This can only be achieved in theory, as it is impossible to completely remove all particles from a space. However, a high level of vacuum can be achieved in practice.
A perfect vacuum cannot be created, but a high level of vacuum can be achieved by using a vacuum pump to remove air and other particles from a chamber. This can create a lower pressure environment, but it will never be completely free of particles.
A compressed chamber is often used in scientific research and industrial processes to create a controlled environment with a specific pressure and composition of gases or liquids. It can also be used to test the effects of extreme pressure on materials or to conduct experiments in a low-pressure environment.
Working with compressed chambers can be dangerous if proper safety measures are not taken. The high pressures within the chamber can cause explosions or implosions if not handled correctly. In addition, certain gases or liquids used in the chamber may be hazardous to human health. It is important to follow safety protocols and use appropriate protective equipment when working with compressed chambers.