Will A Gun Fire In Space
Those galaxies are travelling at around 200km s 124 miles sec as the universe expands whereas a travelling bullet can reach speeds of only 1km s 0 62 mile sec.
Will a gun fire in space. Yes gun do fire in space. As we move closer to the proposed four year buildup of the united states space force let s look a t. By natalie wolchover february 22 2012 fires can t burn in the oxygen free vacuum of space but guns can shoot.
Direct sunlight might make the gun hot enough for the ammunition to explode spontaneously whereas a gun kept in the shade would eventually become so cold that the primer in the firing cap might not go. Ever since president trump announced that a space force should be established firearms enthusiasts have envisioned space suited door gunners shooting any variety of futuristic looking space guns. Or rather it does but not on the oxygen in the atmosphere.
Modern ammunition contains its own oxidizer a chemical that will trigger the. The gun will work better in space. There is no force in space that stops the gun from functioning properly.
Without the stabilising effect of the atmosphere the wide temperature variations in space might be a problem though. A conventional firearm would under most circumstances work perfectly well in space. What about firing a gun out in the middle of space.
It s true that there s no oxygen in the abyss of space but the firing of a gun doesn t depend on oxygen even here on earth. The hope for a phased plasma rifle in the 40 watt range has been renewed once more. A bullet in a gun is propelled forward by the pressure of rapidly expanding gases produce by the detonation of gun powder now some of you might say that their is no oxygen in space so how come the gunpowder ignites in the first place.
Well it would simply drift into the blackness forever alone while the galaxies around it sped further away. The bullet will not have to compress or push the air in the barrel and it can travel infinite distance in space. The orbit of the bullet will be different depending on speed and position of the bullet from the orbit of the person who fired it.