When the can was flipped into a pool of ice cold water, the can collapsed on itself. The water vapor that was left inside the can quickly cooled 

Air Pressure Learn about air pressure with this cool can crushing science experiment. Get an adult to help you with this one. Click here and 

Details Air pressure can be a super powerful force! The sudden collapsing of an object toward its center is called an "implosion." In order for the system to stay in equilibrium, the internal pressure of the can has to balance with the can's external pressure. When the can has extreme temperature differences inside and outside, it implodes. ]

Robust cylinder and metal frame for any aluminum can crushing ; Plug and Play air fitting for you to connect to your compressor, easy to operate 90 to 120 PSI working pressure to crush all kinds aluminum can ; Max OD of Cans: 2.8 inch; Max Length of Cans: 7.1 inch ; Bore ID of Cylinder: 2.48 inch Stroke of Cylinder:7.9 inch Just ran the

Teach your children about air pressure with this soda can crush experiment. This can crushing science experiment will shock and amaze your kids!

Since the pressure inside the can is now less than the atmospheric the less the can will crush as well since you are decreasing the volume of air to be 

So in summary, a can will get crushed when the pressure outside is greater than the pressure inside of the can. Also, the pressure difference 

Put about 1oz or 30mL in the can. Place the can on the hot plate and allow the water to heat. Once Steam is visible from the top of the can, quickly with gloves or tongs, flip the can upside down into the bowl of water. If performed correctly the can will be crushed by the atmosphere.

AIR PRESSURE EXPERIMENT! Grab the kids and let's have some science fun at home with the News 2 Science Geeks. Christian Morgan WFMY News 2 is

The unit is entirely air powered and can conveniently sit on a counter or table. And thanks to its stainless steel cabinet and crusher box, you can be sure this is built to last. Overall

Lowering the pressure inside a pop can by heating it up creates a situation in which the pressure of the atmosphere can crush the pop can.