Both, sorta. The explosion itself is expanding hot gas, which is a purely physical reaction. However, most of the time, that's triggered by a chemical reaction to create the heat.
Explosives undergo a chemical change
Chlorine is a highly reactive agent thus this indeed is chemical.
Explosions are a form of either combustion or decomposition (or both) reactions, and they are chemical changes.
They will undergo strong red-ox reactions and make explosions if they meets adequate physical and chemical conditions.
Chemical broooooooooooooooo niga
Chemical I think
chemical
Chemical, an explosion is essentially extremely fast combustion which is a chemical reaction.
Chlorine is a highly reactive agent thus this indeed is chemical.
Explosions are a form of either combustion or decomposition (or both) reactions, and they are chemical changes.
By explosion, you mean combustion I presume. Because combustion is a type of reaction, explosions are chemical changes.
This is a chemical property.
explosions happen because there is a chemical called acid that makes it explode
No, a reactor is operated at critical and a bomb at supercritical. Also reactors include safety shutdown systems that quickly make them subcritical stopping the reaction.However reactors can have steam explosions and hydrogen/oxygen explosions. These are physical and chemical explosions respectively, not nuclear.
Chemical.
Not necessarily. Many of the explosions we are familiar with involve high-temperature chemical reactions, which do release light. Explosions at lower temperature, such as steam explosions, do not produce light.
They will undergo strong red-ox reactions and make explosions if they meets adequate physical and chemical conditions.
Exploding fireworks is certainly a chemical property. When fireworks explode, numerous chemical reactions take place. Chemicals react to form colored light and sound as energy is released. Thus, this reaction is definitely a chemical property.