Solar flare
Mitochondrian
The radiation in a nuclear blast comes from the release of energy during the explosion. This energy can create various types of radiation, such as gamma rays, beta particles, and neutrons. The radioactive materials involved in the blast can also contribute to the radiation released.
you can use the canin to blast to the pantey things.
I believe it was around 120,00 in 2 seconds from the blast, and around 60,000 after the blast from radiation poisoning.
It cannot. If the blast does not directly kill the people in question, then they may be infected by the nuclear radiation. This radiation is deadly and often kills victims, but will not turn them into zombies.
A nuclear blast can have devastating effects, including heat, blast pressure, and radiation that can result in immediate death. The impact of a nuclear blast depends on various factors, such as the distance from the explosion and the size of the bomb.
Infrared radiation.
Electromagnetic radiation.
Whether lead could protect you from a nuclear blast or not depends on how far from the centre of the blast you are, how thick the lead is and how powerful the blast is. Lead alone would only really protect you from the ionising radiation given off by the blast; provided that the lead is thick enough and that you were far enough away from the blast itself. If you were quite close to the blast then the explosion itself is the biggest danger to you as it is powerful enough to flatten buildings and reaches temperatures of tens of millions of degrees. A hiroshima-sized blast would vapourise almost everything within at least a 1 mile radius and would make short work of lead (which has a boiling point of only 1749 degrees.) Lead is only used to shield from ionising radiation because it is very dense and so a thinner layer of it can absorb the same amount of radiation as a much thicker layer of a less dense material. This means that, while lead alone would not make much difference close to the blast, if you were further away (preferably in a bunker) then the lead (if thick enough) would be useful to absorb most of the ionising radiation given off by the blast A better solution for protection from radiation and the blast is earth and rock. However more radiation is absorbed by smaller thicknesses of denser materials so you would need much more material between you and the blast then if you used lead. However the larger thickness of material may protect you from the blast and thermal radiation effects.
mostly evaporation from the blast or subsequent radiation burns...............
Lots of energy, in the form of radiation and a blast wave.
death star blast