Just under the speed of sound.
Blast wave, as with any other explosive bomb.
It's not from the atomic blast The smoke trails were not caused by the blast itself, but by smoke rockets that created contrails to provide points of reference for measuring the shock wave caused by the nuclear blast.In the first few milliseconds after a nuclear detonation, the fireball and shock wave are indistinguishable, but soon after, the fireball cools a little and the shock wave continues on beyond it. The shock wave is a layer of high density air that expands out from the blast very rapidly. In nuclear testing, the scientists and engineers wanted to be able to track the progress of the shock wave well after it went beyond the fireball. So, they launched smoke rockets well behind the detonation site seconds before detonation. The dense layer of air acted as a sort of lens, refracting the image of the smoke rockets behind it, and allowing those working on the project to calculate the shock velocity and other properties as a scientific function. == ==
After a nuclear bomb goes off, the energy goes into everything around the place of detonation in a variety of different forms (e.g. blast wave, flying debris, light, nuclear radiation, sound, winds).
The effects of nuclear weapons break down into: 1- Thermal (heat damage) 2- Blast damage (shock wave) 3- Residual radiation & fall out.
Shock waves
Nuclear binding energy to thermal energy to blast shock wave energy.
Blast wave, as with any other explosive bomb.
Hide behind anything cause either you'll be so close you'll die, or you'll survive from the shock wave shattering all windows.
the g force is
By a nuclear fusion you must mean an H-Bomb. This releases tremendous heat energy so it will vaporise a lot of water if it explodes near the surface. The shock wave will also cause massive waves to be created.
It's not from the atomic blast The smoke trails were not caused by the blast itself, but by smoke rockets that created contrails to provide points of reference for measuring the shock wave caused by the nuclear blast.In the first few milliseconds after a nuclear detonation, the fireball and shock wave are indistinguishable, but soon after, the fireball cools a little and the shock wave continues on beyond it. The shock wave is a layer of high density air that expands out from the blast very rapidly. In nuclear testing, the scientists and engineers wanted to be able to track the progress of the shock wave well after it went beyond the fireball. So, they launched smoke rockets well behind the detonation site seconds before detonation. The dense layer of air acted as a sort of lens, refracting the image of the smoke rockets behind it, and allowing those working on the project to calculate the shock velocity and other properties as a scientific function. == ==
Conventional bombs (dynamite, TNT, etc.) are not powerful enough to produce gamma rays. Gamma rays are only produced in a nuclear bomb or a thermonuclear (hydrogen) bomb where nuclear reactions take place.
A nuclear fusion (H-bomb) bomb can clear an area the size of Rhode Island.
After a nuclear bomb goes off, the energy goes into everything around the place of detonation in a variety of different forms (e.g. blast wave, flying debris, light, nuclear radiation, sound, winds).
The Shock Wave was created in 1994.
Unbelievably rapid resistive heating of air as millions of amperes of current flows through it. The air becomes nearly as hot as the core of a nuclear bomb and expands supersonically, forming a shock wave indistinguishable from that of the detonation of explosives.
The effects of nuclear weapons break down into: 1- Thermal (heat damage) 2- Blast damage (shock wave) 3- Residual radiation & fall out.