A TNT explosion is an example of a chemical reaction, specifically a rapid oxidation reaction known as combustion. In this process, the TNT molecules decompose and react with oxygen, releasing a large amount of energy in the form of heat and gas. This exothermic reaction leads to a sudden increase in pressure and results in the explosive force characteristic of TNT.
An explosion of 100 billion gigatons of TNT on Earth would likely cause catastrophic destruction on a global scale. It would result in massive loss of life, widespread devastation of cities, and severe environmental damage. The impact would likely trigger tsunamis, earthquakes, and a nuclear winter effect due to the resulting debris and dust blocking sunlight.
Explosions may or may not represent a chemical change. A stick of TNT going off is a chemical explosion. A compressed gas cylinder with a failing weld that blows up while being filled is a mechanical explosion. In the case of a volcano, the cause of the explosion is mechanical. We take a page from physics to answer this question. It is a buildup of pressure caused by heating of the magma (which may include gases and water) that causes the violent release of energy that we observe.
A dynamite explosion is a form of rapid combustion that converts the chemical potential energy stored in the dynamite's molecular structure into heat, light, and kinetic energy. The chemical reaction releases a large amount of energy rapidly, causing the explosion.
The explosive equation typically refers to the chemical reaction that occurs during an explosion, often represented by the general equation for combustion. For example, in the case of TNT (trinitrotoluene), the reaction can be simplified as: [ C_7H_5N_3O_6 + \text{O}_2 \rightarrow \text{CO}_2 + \text{H}_2\text{O} + \text{N}_2 + \text{Energy} ] This equation illustrates how the explosive decomposes rapidly, releasing energy in the form of heat and gas, which leads to an explosive force. The specifics can vary based on the explosive material involved.
liquid oxygen is in effect more explosive than tnt, but by means they are different. liquid oxygen is not explosive at all without the other chemicals, where all tnt needs is heat, making tnt easier to use. also, one must the fact that tnt is more practical in that it is easier to come by. so, if you put the same effort into aquiring them both, you would end up with enough tnt to make a larger explosion than the one made by the amount of liquid oxygen you would aquire.
No, an explosion is a physical property that results from the release of stored energy. The chemical property of TNT is its ability to undergo rapid decomposition in a highly exothermic reaction, leading to the release of gas and heat that causes the explosion.
TNT (the dynamite that caused the explosion) pop (the sound a small explosion might make)
TNT(Trinitrotolune)
2,000,000. By definition.
A nuclear explosion that releases energy equivalent to 7,000,000 tons of TNT is known as a "megaton" explosion. This term refers to the explosive power of the nuclear blast in relation to the traditional unit of measure for explosive force, which is tons of TNT.
A nuclear explosion releasing energy equivalent to seven million tons of TNT is called a megaton explosion.
TNT? Explosion? Well, Explosion is a TM you can get from the game corner, and Voltorb is famous for exploding randomly, though it isn't catchable before the Elite Four.
Such an explosion is often referred to as a "7 megaton nuclear explosion." It releases energy equivalent to 7 million tons of TNT and can cause widespread destruction over a large area.
A gigaton is a explosion that equalls to 1 BILLIONE tonz of tnt!
It was made from a TNT explosion
The size of a nuclear explosion can vary depending on the yield of the weapon. The explosions can range from several kilotons (thousands of tons of TNT) to megatons (millions of tons of TNT) of explosive power.
TNT (trinitrotoluene) is a conventional explosive used to trigger the beginning of a nuclear reaction in some nuclear weapons. When the TNT detonates, it generates the high temperatures and pressures needed to initiate the fission process in the nuclear material, causing a chain reaction to occur.