Yes, an explosion can occur without air. Explosions are rapid chemical reactions that produce gas and heat, which can happen in a vacuum or an inert atmosphere where oxygen is absent. For example, certain chemical explosives can detonate in environments devoid of air, as they contain their own oxidizers necessary for the reaction. Thus, air is not a prerequisite for an explosion to take place.
An air bomb in fireworks is a type of firework that produces a loud explosion without a visible effect in the sky like other types of fireworks. It is designed to create a booming sound that reverberates through the air, adding excitement and intensity to a fireworks display.
Noise is a movement of the air. An explosion is a rapid expansion of gasses, which causes movement of the air.
An air burst is the explosion of an air bomb in the air rather than on the ground.
An air burst is the explosion of an air bomb in the air rather than on the ground.
The blast of air after an explosion is called a shockwave. It is a sudden and powerful pressure wave that radiates outwards from the explosion, causing damage to surrounding objects and structures.
An air burst is an explosion that occurs in the air rather than on the ground. This type of explosion produces a blast wave that can cause damage and casualties over a wider area compared to a ground burst. Air bursts are often used in military operations to maximize their destructive effects.
Car batteries sometimes generate hydrogen gas during charging. If the battery is enclosed without air flow this hydrogen could build up to explosive levels and a small spark could trigger an explosion. When air flow is allowed the hydrogen cannot build up, making an explosion impossible. Note: this is ONLY a problem with car batteries, not dry cells or lithium batteries.
You DON'T as excessive air can pressure cause an explosion
Air and gas. What happens is conflagration, which is halfway between an explosion and an expansion of gas and air.
An explosion produces shock waves in the air, which are high-pressure waves that move radially outward from the point of the explosion. These shock waves travel faster than the speed of sound and are responsible for the loud noise associated with explosions.
No. not without a deadly explosion and you don't want that
There is a greater risk of explosion with dust in the air rather than dust on ground. This due to the fact that dust combusts quickly and air supports combustion while the ground does not.