Explosions release energy in two principle forms. First, it releases thermal energy in the form of heat. Second, most explosives produce a lot of gas. That gas, rapidly expanding due to the heat released from the reaction, is what produces the shock wave that blows everything away. So explosives release energy into their surroundings both as heat and work. To give an example, take nitroglycerine. When it detonates the following decomposition reaction occurs: 4 C3H5(ONO2)3(l) ---> 12 CO2(g) + 10 H2O(g) + 6 N2(g) + O2(g) So for every 4 molecules of liquid nitroglycerine you start with you produce 29 molecules of gas.
An explosion is exothermic.
Exothermic
This is an exothermic reaction.
A dynamite exposion is an exothermic reaction. The net energy effect of the reaction is to release energy back into the system. Not to take energy in from the system.In otherwords, in the net chemical reaction, energy is a product, not a reactant.
An endothermic reaction absorbs heat. It cannot proceed without the addition of heat. An exothermic reaction releases heat. Since heat causes chemical reactions to go faster, an exothermic reaction can "feed on itself" and get out of control, releasing damaging amounts of heat and, if proceeding in a closed container, causing an explosion.
Exothermic phenomenon
Exothermic
Exothermic
This is an exothermic reaction.
An exothermic process is one that gives off energy/heat, while an endothermic process absorbs heat/energy.So a combustion reaction, which is basically an explosion, would definitely be exothermic.
Exothermic , since when they react, they form a bond. All bonds that are formed release potential energy , and any exothermic reaction involves a loss of energy.
Exothermic reaction, then explosion from hydrogen Gas production.
A dynamite exposion is an exothermic reaction. The net energy effect of the reaction is to release energy back into the system. Not to take energy in from the system.In otherwords, in the net chemical reaction, energy is a product, not a reactant.
An endothermic reaction absorbs heat. It cannot proceed without the addition of heat. An exothermic reaction releases heat. Since heat causes chemical reactions to go faster, an exothermic reaction can "feed on itself" and get out of control, releasing damaging amounts of heat and, if proceeding in a closed container, causing an explosion.
A reaction that gives off energy is an exothermic reaction. The reaction will give off energy in the form of either heat or light An example of an exothermic reaction would be the curing of concrete. One chemical reaction that will give off heat is the mixture of Caustic Soda and water. The water dissolves the Caustic Soda which in turn generates heat. There are two types of reactions. Exothermic reactions give off heat, and endothermic reactions require that heat be added to make them work. Be careful with exothermic reactions. A rapid, energetic exothermic reaction is called an "explosion".
The combustion is exothermic.
It is Exothermic
Exothermic phenomenon