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. == ==
Anything between vaporize them instantly to absolute nothing - all depending on distance to blast, size of bomb, type of blast(air/ground) and what kind of protection that was available.
That depends mostly on the instrumentation you want to collect data on the test blast. The bomb itself is cheap.
The atomic bomb is an artefact, and so an invention. Maybe you meant to ask who invented the atomic bomb ?
he did not build the atomic bomb
The atomic bomb at Trinity was an implosion design plutonium device or bomb.
the full range of an atomic bomb (not just blast range) is 20 square miles
9.5 square miles
epicenter, ground-zero
impossible
No. The bomb is the actual device that is dropped from a specific height in the air. The blast occurs before it hits the ground. I am sure you have seen pictures of the mushroom cloud. Well, the blast was before that. It was a bright flash that could blind a person.
An atomic bomb has enough destructive force to annihilate an entire city. It can kill thousands of people in a single blast.
Lots of energy, in the form of radiation and a blast wave.
Scientists developed the atom bomb.
The superheated blast melted their internal workings shut.
mostly evaporation from the blast or subsequent radiation burns...............
Anything between vaporize them instantly to absolute nothing - all depending on distance to blast, size of bomb, type of blast(air/ground) and what kind of protection that was available.
That depends mostly on the instrumentation you want to collect data on the test blast. The bomb itself is cheap.