- #How would you describe the sound of a gunshot plus
- #How would you describe the sound of a gunshot crack
You can also describe the changed demeanour of the gun-slinger.
#How would you describe the sound of a gunshot crack
We brainstormed possibilities together: the crumpling of tin foil, the squelch of poking slime, the crack of opening a soda can, the squish of stirring mac-n. I asked a class of middle school students to write a poem about a sound that they love or hate.
That is what you would here from a group firing at you. The gunshot sound field near the firearm presents two specific challenges for audio forensics. Answer (1 of 5): Imagine the sound of popcorn a pop then another, then a couple then finally an explosion of pops. In real life, because most bullets travel faster than the speed of sound, the order is actually the bullet hitting, then the sound of the gunshot catching up.
#How would you describe the sound of a gunshot plus
But it goes to show just how unrealistic some of those science fiction guns and cannons truly are in the face of real-world physics and the dangers they would present in space-based shootouts. Once the gun is fired you can describe the sound, small and sight of the gunshot plus the effect of the weapon on the target. Onomatopoeia for the sound of a gunby Erika Luckert. gunshot recordings have artistic and emotional value for the cinema, of course, but may be difficult to parse for forensic purposes. 'If you hear the shot, youre still alive.' Bang Hit Fall to ground This trope describes the standard order of sound effects whenever someone gets hit by a bullet: gunshot sound, then exploding squib to simulate the hit. Obviously, this is all hypothetical, and it would be reckless to fire any type of gun in outer space.
The force emitted by the projectile igniting and leaving the barrel would push that person in the opposite direction, causing them to rotate slowly in the vacuum of space. By which time it'd probably be too late to take cover or take another breath. It’s also worth noting that the firearm’s recoil would have an impact on the shooter as well. They would hear the whistle of the actual bullet first - or the impact and sound of any environmental disturbance caused by the bullet - before they heard the crack of the shot off in the distance. However, the sound of fireworks is a little different from the sound of a gunshot. Moreover, the smoke leaving the barrel of said gun would actually coalesce into a sphere at the end of the barrel, much like how water forms into orbs for astronauts on the International Space Station this is due to how gravity forces the matter together.īut what of the projectile? If shooting an ordinary gun, the bullet wouldn’t have any air resisting its travel, and it would theoretically just continue moving through space at a constant rate of speed without ever slowing down until it slammed into something. With these fireworks, you get the sound similar to a gunshot as fireworks contain gunpowder. What is worth noting, however, is that the gunshot will not be heard because there isn’t any air for the sound waves to travel through. But quite the contrary – gunpowder contains its own oxidizer that enables guns to fire in airless environments, such as underwater, and perhaps even outer space. It’s true that modern firearms operate via a combustion-based process, and it’s also true that outer space is essentially an airless vacuum, and so many would be quick to assume that such a gun wouldn’t fire. From there, it can be a vast variety of sounds.Many of the world’s greatest science fiction films depict massive battles in outer space between starships and even the actors themselves, and while much of this takes place in the form of laser blasters or cannons as opposed older black powder muskets or modern semiautomatic pistols and rifles, it still begs the question about what would happen if someone tried to fire a modern-day gun in outer space. I could go on and on about the kinds of sounds and noises machines make, but the reality is that the answer is entirely dependent on exatly what kind of machine you have. Pistons hammer, pound and drum as they hit a surface, if they hit a surface at all.īoilers would steam, but also bubble and perhaps even groan at the strain of the boiling water held within.
You aren't going to find a single answer for this, because there are MANY different kinds of machines that produce many different sounds.Ī basic home computer has the whir and buzz of a fan, with the buzzing of various computer parts inside, occasionally a gentle hum, and in distressing cases, a loud but droning beep.Ī large factory machine, on the other hand, would squeak all about in places that are not well-oiled, whir softly in all the places that it needs ventilation, bellow in places that need a great deal of ventilation, hiss if any sort of steam is required in the process, and roar if you are near the furnace, among many, many other things that might be a part of the machine.Īnything with gears will grind as the gears press together, and may also squeak, or even clank as they press together.
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