no, because the pressure is not high enough.....the designers made it that way
Yes, a beer can can explode if left in extreme heat for an extended period of time due to the pressure build-up from the expanding gases inside the can.
no because its most likely to explode at extreme temperatures
Yes, a coconut can explode under extreme conditions
A lighter can explode if it is exposed to extreme heat or if the pressure inside the lighter becomes too high, causing it to rupture. Using a lighter with a cracked or damaged casing can also increase the risk of explosion.
Only under extreme conditions. (high heat, high pressure.) Mostly it is quite hard to even set alight.
Yes. your body would explode in space if you went unprotected. in-fact you will explode before you can suffocate. this because in space there is a Vacume that sucks up all the air.
No, it is not scientifically possible for a human brain to literally explode. While extreme stress, pressure, or injury can lead to severe damage to the brain, it cannot physically explode like a balloon.
Yes, alkaline batteries have the potential to explode if they are subjected to extreme heat or are damaged. Overcharging, puncturing, or short-circuiting can lead to a buildup of pressure inside the battery, causing it to rupture or explode. It is important to handle and dispose of alkaline batteries properly to mitigate the risk of explosion.
We don't explode, or implode, due to air pressure because the pressure inside our bodies balances the pressure outside our bodies. This is the normal state. At sea level and standard conditions, air pressure is about 14.7 pounds per square inch. In the non-normal state, such as decreasing or increasing the outside air pressure, our bodies attempt to compensate. Within limits, this is successful, such as going up and down in an elevator or in an airplane. In extreme conditions, such as very deep water, we can implode. In the opposite case, such as in outer space, we can explode.
Yes, metal can break under extreme pressure.
Yes, steel can break under extreme pressure.
The heat can cause the air inside the balloon to expand, increasing the pressure beyond what the balloon can handle, leading to an explosion. Helium or not, any sealed container in extreme heat can experience this pressure buildup.