The very similiar effect that causes a nuclear exposion, but not to that effect. The air is removed creating a vacuum but there cannot be empty space so the air stretches to fill the void. Now if the metal can is sturdy enough to hold up enough pressure, the air molecules will stretch so far that they split apart, therefore causing a nuclear explosion. Please don't try this.
A can is crushed when the pressure outside is greater than the pressure inside, and the pressure difference is greater than the can is able to withstand. You can crush an open aluminum can with your hand. When you squeeze on the can, the pressure outside becomes greater than the pressure inside. If you squeeze hard enough the can collapses. Usually, the air pressure inside an open can is the same as the pressure outside. However, in this experiment, the air was driven out of the can and replaced by water vapor. When the water vapor condensed, the pressure inside the can became much less than the air pressure outside. Then the air outside crushed the can.
If all the air is removed a vaccuum is created and it will pulls the sides and ends into the center of the vaccuum. If air is inside on a warm day and you seal the drum then allow it to get cold, the air inside condenses at the lower temperature and causes somewhat of a vaccuum creating the same crushed look.
if there is high pressure around the bottle then the bottle will crush. if the air inside is cooled then the air will expand and the bottle will burst. if the air inside is heated then the bottle will shivle inward.
this is the correct answer:The pressure of the atmosphere (14.1 pounds per square inch, I believe) crushed the can from the outside. There was no reciprocating force of air inside the can.
i checked the other answers on wiki and they're wrong.
Yes, it can because the pressure in the can has no where else to go.So the can gets crushed as the pressure findsa way out.
Because the air pressure is sronger than the can so it crushes it with pressure.
It is crushed by atmospheric pressure
because the can has no pressure inside.
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Equal pressure inside us.
There is air pressure on all sides, inside or outside. The air pressure pushes on the object all ways and nothing falls. If you only apply pressure on the bottom then the object will lift. If you apply pressure on the top, the object will collapse. If air pressure is pushing side ways, the object will move sideways.
because the pressure is the same on the outside and inside of can making the can staying the same and not being crushed
The empty soda can is not sealed so air is free to enter and leave the can. As a result, pressure inside the can is the same as it is outside.
about 5000 thousand mm.
a drinks can
Because the air pressure INSIDE the can is the same as the air pressure OUTSIDE the can !
Equal pressure inside us.
Yes it can. Depending on the range of air pressure between earth and space
because the air has pressure so when we crush the air is expand
The air pressure is the same inside as outside the can.
There is air pressure on all sides, inside or outside. The air pressure pushes on the object all ways and nothing falls. If you only apply pressure on the bottom then the object will lift. If you apply pressure on the top, the object will collapse. If air pressure is pushing side ways, the object will move sideways.
It compresses the air in or around it making it crush into itself because the air around it is being compressed so tightly togetherit has to make room for itself.
Every day objects are surrounded by air, on all sides and inside, so all the force of the weight of the air acts equally in all directions.
Air pressure WILL crush objects. A standard experiment is to fill a 1 gallon can with water, and then closely fit a small diameter hose to the outlet. Invert the can, and if your hose was indeed sufficiently small, the water will drain out, and the can will collapse due to the air pressure from outside overcoming the strength of the can walls. Air pressure will not crush solid objects in general for they are already as dense as they can become.
Considering a tsunami is a never ending wall of water and debris that crush everything in their path, I would say they were high pressure, but that is water, not air pressure.
Air pressure in a room is less than that of a basketball since it does not crush the basketball. Think of the crushed can experiment. If you empty a soda can, flip it upside down, put it (carefully) on a boiling pot of water, the can will fill with hot air. You then transfer the can on a container with cold water (making sure the opening of the can is covered with the cold water). You should see the can implode or at least the outside air pressure (since it's greater than that of the air pressure in the can) crush the can. Opposite of the basketball.