You can survive the fallout by being at least 6 inches below the ground. You will get third degree burns at 8 miles below the ground. Thirty miles You will probally experience great heat.
It depends on yield, height/depth of burst, distance to burst, and quantity and type of fallout at your location. Without knowing all this and performing some very complicated and somewhat approximate calculations, no specific values (like those above) can be given.
If you can find a very deep underground bunker that is stocked piled with many years of food and water, you may survive a nuclear war.
Certain types of bacteria, maybe. Especially the ones that live deep in the crust.
The risk of an accidental or inadvertent nuclear launch or accidental explosion is unacceptably high. On the other hand, The B61-11 is categorized as a deep earth penetrating bomb capable of "destroying the deepest and most hardened of underground bunkers, which the conventional warheads are not capable of doing wich is good keeping civlitians for getting hurt compared to the nuclear bombs used in ww2.
Either - re-process them into a non-harmful compound, or - bury them deep underground to decay naturally.
False, the focus is located deep underground. The epicenter is at ground level
In reality, the only hope is to be far away from the point of detonation. Being in a very strong structure or deep underground can help somewhat, but in the end, it all depends on how far away from where the bomb detonated you are. If you were standing outside when the bomb detonated, then: For a bomb the size of Hiroshima (10-20kT), you need to be at least 1 mile away to have a 50% chance of survival. For a typical modern advanced nuclear weapon (300-500kT yield), you would need to be at least 5 miles away to have a 50% chance of survival.
Assuming you're talking about during the war - the London tube system provided an ideal shelter from the bombings - as they were deep underground.
Because Asteroids Hit earth and the minerals go into the ground or get buried deep into the sea . The minerals the grow underwater and deep underground .
deep underground
What was most of the silver deep underground in rich streaks of ore called?
The size of the crater created from a nuclear explosion can vary depending on the size of the bomb and the type of terrain it impacts. In general, a nuclear explosion can create a crater several hundred meters wide and tens of meters deep, with larger bombs resulting in larger craters.
15 centemetres underground