No. It was once believed that the low pressure inside a tornado would cause houses to explode, but this notion was disproven by the 1990s. It is the wind and debris in a tornado that destroys houses, not the low pressure.
No. Tornadoes tear houses apart with wind and debris. The notion that the low pressure inside a tornado makes houses explode has been disproven.
Many aerosol cans use a propellant under pressure to disperse the contents of the can. These propellants are ofter flammable. If incinerated with some of this flammable propellant still in the can they would explode.
They make their houses out of whatever they can find like trees and other plants in the area.
because then it would explode..... because even the slightest bit of water that touches sodium can cause a huge reaction and make it explode.
Houses in hills have sloping roofs to prevent rain and snow to collect and make the house cold and damp as houses in plains are built by concrete and other strong building materials
No. Tornadoes tear houses apart with wind and debris. The notion that the low pressure inside a tornado makes houses explode has been disproven.
No. The pressure drop inside a tornado is not large enough for this to happen. Tornadoes tear houses apart with the power of their wind.
No.
No. That is a myth. The fast-moving winds and flying debris of a tornado are what destroy houses. The pressure difference produced by a tornado is not enough to cause significant damage, and is equalized pretty quickly anyway.
no ur brain would explode from to much pressure
This depends on the type of bag, temperature etc.
because the water in your head balances out with the weight so you are safe
You do that to relieve pressure when it's cooking. If you don't, it could explode. Please don't try to make it explode, it's not worth it.
radiator termostate
yes they do. if you cook a potato without poking holes in it with a fork before hand, then it'll explode in your oven.
Pressure build up makes soda explode.
Yes, in 2002 they proved that basketballs do fly with the right amount of pressure, density, and weight.