Yes, the explosion would likely be noticeable and could potentially be dangerous. Gunpowder is highly combustible and can create a significant explosion when ignited. It is not safe to ingest or ignite gunpowder in any form.
When a shotgun fires, the trigger is pulled, causing the firing pin to strike the primer of the shotgun shell. The primer ignites, creating a spark that ignites the gunpowder in the shell. The gunpowder rapidly burns, producing gases that propel the wad, shot, or slug out of the barrel of the shotgun.
In a typical aerial burst, a single explosion occurs. This explosion disperses the payload carried by the shell into multiple smaller bomblets or submunitions, creating the intended effect over a wider area.
When a shotgun is fired, the trigger is pulled, causing the firing pin to strike the primer on the shotgun shell. This ignites the gunpowder in the shell, creating a rapid expansion of gases that propel the shot or slug out of the barrel. The blast of the gases also causes the action to cycle, ejecting the spent shell casing and chambering a new shell if the shotgun is semi-automatic or pump-action.
Anything is possible, but, this mechanics make it highly unlikely anyone would attempt it. <><><><> Actually, to some extent, gunpowder and dynamite overlap. Dynamite was originally made by using an inert material to soak up and hold nitroglycerin. Modern smokeless gunpowder is usually a mix of 2 explosives- nitrocellulose and nitroglycerin, and a filler material. Incidentally, from about 1880 to 1900, the US used a type of cannon called a Dynamite Gun. It fired a shell filled with dynamite or similar explosive, using compressed air to drive the shell.
The packing of the firework contains the explosive charge. When it is ignited the force radiates in all directions at the same time. Think of it as a lightbulb that is turned on. The light from the bulb goes in all directions at the same time. It is much too fast for you to see. A firework does the same thing only you see the burning pieces moving away from the explosion. They form a sphere.
gunpowder does not explode. it is very very flammable but since the gunpowder is inside of a cartridge or a shotgun shell the gases from the gunpowder build up inside the cartridge which shoots the projectile out of the cartridge
An explosion in the sky during a fireworks display is caused by the ignition of gunpowder or other explosive materials inside the fireworks shell. When the fuse is lit, it ignites the gunpowder, creating a rapid expansion of gases that propels the shell into the air and causes it to burst, creating the colorful display of lights and patterns.
Rocket type fireworks have fast burning propellants in them that make them shoot up. Artillery shells have a casing of gunpowder at the bottom of them which pushes them into the air when launched out of a tube. Roman candles have gunpowder underneath each of the stars it contains which shoots them in whatever direction you point the tube.
The exploding shell is older than the cannon. Among the first uses of gunpowder was to create bombs or grenades- a casing filled with gunpowder and a fuse. This could be thrown, catapulted, slung, etc. Early cannon used shot (solid projectiles) or shell (hollow, gunpowder filled). In the Star Spangled Banner, the term "bombs bursting in air" refers to an exploding shell.
Gunpowder of itself is not actually explosive, but rather flammable. Gunpowder is designed to burn at a very specific, controlled rate in order to lend a certain consistency to the various products that use gunpowder (that is, if you were to build fireworks or explosives like dynamite one could depend upon the same burn rate for a particular kind of gunpowder). If gunpowder were to be poured on the ground and lit, it would simply burn, sometimes rapidly, but no explosion would occur. The 'explosive' nature of gunpowder comes from the release of a variety of gases produced during the burning process. This gunpowder-burning process is initiated by igniting what is known as a primer: a veryrapidly flammable (explosive, even!) substance that reacts to various energy input such as heat or shock - a fuse or firing pin). Typically, these gases are contained or restrained (e.g., in a shotgun shell or a firecracker) until a predictable amount of gas has accumulated, sufficient to cause a sudden, almost instantaneous release of this gas through a predetermined outlet: the forcing out of the paper or plastic wadding of a shotgun shell, or simply the restraining force of a firecracker's paper shell. The explosion (near-instantaneous release) of these gases is what propels shotgun pellets or fireworks particles outward in the familiar explosive pattern.+1Answers.comAnswers.com
T. A. Gillespie Company Shell Loading Plant explosion happened on 1918-10-04.
Primer, casing, gunpowder, wadding, shot
No, the skin of the olive is similar to a peach, not to an acorn.
This for firearm saftey or somethin..... K the parts of a shotgun shell are the gunpowder primer casing and the bbs or slug
Gunpowder is used in artillery and roman candles. In artillery shells, there is a container of gunpowder that shoots the shell into the air and when the time burns to the inside of the shell, there is gunpowder inside that ignites the stars. In roman candles, gunpowder is placed underneath each of the stars in the tube to ignite and shoot them into the air. A long fus eis placed inside the tube to ignite the sections one after another. Some rockets have artillery shells on them without the gunpowder container on the bottom.
For an aerial shell, rule of thumb is about 50-80 feet per shell inch.
all depends on the load it varys