the reason it exsplodes is the energy from the thermit causes the hygrogen to separate from the oxygen and since hydrogen is explosive boom!
If you mean the dry ice bomb as in putting dry ice in a bottle and sealing it, and then having it explode, then no. The bottle and the dry ice cannot be reused from the Dry Ice Bomb. The reasoning is that the Dry Ice would have already used enough of its fuel to try to explode the bottle that no fuel is left to explode another, and the bottle would be ripped in half by the Dry Ice inside, so the bottle cannot be reused.
For the classical iron oxide and aluminum thermite, the products of the reaction are aluminum oxide (Al2O3) and iron (Fe). However, there are many kinds of thermite, but they always produce the pure metal from the oxide.
Thermite is not an explosive. However, most types of thermite, especially copper, burns very hot and fast, and can splatter molten metal all over the place. It doesn't go boom like a pack of TNT, but it is still pretty dangerous.
Attempting to put out thermite with water is dangerous since it can create an explosive reaction due to its extreme heat. The safest way to handle a thermite reaction is by letting it burn out on its own in a controlled environment. Using a Class D fire extinguisher specifically designed for metal fires could also be effective in extinguishing thermite.
Thermite welding is a process that uses a chemical reaction to create intense heat to join two pieces of metal together. It involves a mixture of aluminum powder and metal oxide that, when ignited, produces temperatures high enough to melt the metal. This method is commonly used to join railroad tracks and other large metal structures.
There are two possibilities. Possibility 1: The thermite through burning is reaching a temperature high enough to give enough energy to break the Hydrogen- Oxygen bond, therefore producing two highly flammable gases which would then explode. Possibility 2: As the thermite is burning it melts the ice to water and then to water vapour, this will then aeresolise the thermite rapidly therefore giving the illusion of it exploding, but not actually doing so.
Thermite can be used to melt ice quickly and effectively by producing a high temperature reaction that generates intense heat. When ignited, thermite reacts with oxygen to create a molten iron mixture that can reach temperatures over 2500 degrees Celsius. This extreme heat rapidly melts the ice, making it a fast and efficient method for ice removal.
MythBusters - 2003 Thermite vs- Ice 7-8 was released on: USA: 27 May 2009 Australia: 14 November 2009
Only if you then light a match...
pour petrol in it and drop a lighted match in it
Ice cubes explode in a drink because they are melting at a fast rate. The ice cannot contract fast enough to keep up with the melting, which causes it to crack.
Copper thermite is a type of thermite where instead of the iron oxide, copper oxide is used instead. The reaction produces pure copper metal, but this thermite gets a little more splattery than the iron thermite.
umm it depends how long it is in the freezer and if it still not frozen it will explode but if you keep it in the freezer and it will turn to ice and it wont explode. umm it depends how long it is in the freezer and if it still not frozen it will explode but if you keep it in the freezer and it will turn to ice and it wont explode.
If you mean the dry ice bomb as in putting dry ice in a bottle and sealing it, and then having it explode, then no. The bottle and the dry ice cannot be reused from the Dry Ice Bomb. The reasoning is that the Dry Ice would have already used enough of its fuel to try to explode the bottle that no fuel is left to explode another, and the bottle would be ripped in half by the Dry Ice inside, so the bottle cannot be reused.
Thermite is manufactured from pure metals and avoiding the use of carbon in the process of it. Thermite was originally discovered by a German chemist named Hans Goldschmidt.
Because the car would explode
Aluminum powder can be a component in an explosive mixture, such as thermite, but it is not inherently explosive on its own without the presence of an oxidizing agent and a sufficient ignition source.