The cloud rose to over 60,000 feet in about ten minutes.
The cloud rose to over 60,000 feet in about ten minutes.
When he saw the mushroom cloud rise from the atomic bomb he just dropped.
The cloud rose to over 60,000 feet in about ten minutes.
It was almost 60,000 feet high.
An overpass A high rise building
Mushroom clouds result from atomic bomb explosions. These clouds form due to the intense heat and pressure generated during the detonation, causing a vertical column of hot air, smoke, and debris to rise rapidly into the atmosphere. The top of the column then expands, creating the distinctive mushroom shape.
explosion of an atom bomb releases large amount of energy as heat liberation resulting rise in temperature and deformation in matter and pressure and many more forms of energy obtained from matter.
High Rise was created in 1975.
Yes. In fact, any large explosion(atomic or otherwise)which occurs on or near the ground will cause a mushroom cloud. This is because the explosion creates a mass of superheated air and debris, which will expand and rise upwards because its density is less, and its temperature higher, than the surrounding air; basically the same principle that causes hot-air balloons to rise. This is what gives you the iconic "mushroom" cloud. About the only time you wouldn't expect to see such a cloud is if the detonation occurs deep under ground or water, or at extremely high altitudes.
It is a condominium community with units in a high-rise building.
High Rise Bridge was created in 1972.
The Hiroshima MK-I Littleboy bomb took a few 10s of milliseconds from igniting the cordite to completion of the fission explosion, most of this was the time for the bullet to travel to the target. Once the bullet and target were together the fission explosion itself completed in less than 20 microseconds. Expansion of the fireball to full size took roughly 1 second. The rise of the mushroom cloud might have taken a couple minutes, but the explosion itself was over long before that.The Nagasaki MK-III Fatman bomb was much faster, total time from firing the 32 detonators on the 32 lenses to completion of the fission explosion was about 1 millisecond, most of this was the time for the explosive lenses to create an implosion and compress the plutonium core. Once the core was compressed the fission explosion itself completed in roughly 5 microseconds. Expansion of fireball and rise of mushroom cloud took about the same time as at Hiroshima, but again the explosion itself was long over.Chemical explosions take on the order of milliseconds, nuclear explosions take on the order of microseconds. Explosions are FAST!