The last one probably didn't get crushed because it fell earlier on. When trying to put it back on the heater it's being kept upside down for a short while, thus losing a lot of water/water vapour.
the water in the can heats up and turns into a gas so when it cools rapidly the gas becomes liquid and the atmospheric pressure in the can is less than outside the can
well, he heated up cans on a hot plate, then put them in ice water. CRASH! or CRUSH rather. neat huh? its like glass, if u put cold water on a hot glass or even metal pan, it shatters or breaks!
The last one probably didn't get crushed because it fell earlier on. When trying to put it back on the heater it's being kept upside down for a short while, thus losing a lot of water/water vapour.
dreetnveelokeetn 1 year ago
GAYYYYYY
macro312 1 year ago
the water in the can heats up and turns into a gas so when it cools rapidly the gas becomes liquid and the atmospheric pressure in the can is less than outside the can
butterhead60 1 year ago
@butterhead60 thanks you answered my science question!
XDSakuraBlossomXD 1 year ago
thats awsome how did he do that
ajuice22396 3 years ago
well, he heated up cans on a hot plate, then put them in ice water. CRASH! or CRUSH rather. neat huh? its like glass, if u put cold water on a hot glass or even metal pan, it shatters or breaks!
IceyPenguin1196 3 years ago