Little Boy was the nuclear bomb detonated over Hiroshima. It used uranium and had an explosive blast equivalent to 12,500 tons of TNT. A 1 megaton hydrogen bomb, hypothetically detonated on the earth's surface, has about 80 times the blast power of that 1945 explosion.
Considering the tonnage of a bomb to be contant, The blast radius varies dependent on whether it is a ground burst or an airburst. Further, the height of the airburst above ground affects the radius too. At a height of 1900 feet above ground, Little Boy produced a blast radius of 1 mile; an area of some 4.7 square miles.
Increasing positive nuclear charge
See the book The Effects of Nuclear Weapons for equations. My copy came with a circular slide rule that calculates that for optimal altitude airburst and surface burst over a yield range of 1 KTon to 10 MTon. It also calculates many other effects.
It depends on how big your head is.
The answer will depend on whether the larger cylinder is 4 times larger in terms of radius, cross-sectional area, or volume. If radius, multiply the smaller radius by 4. If cross-sectional area, multiply the smaller radius by 2. If volume, you do not have enough information.
It depends on what you mean by "big". It has a radius of 600 inches.
The blast radius of a nuclear weapon can vary significantly depending on its yield. For example, a small tactical nuclear weapon may have a blast radius of a few hundred meters, while a larger strategic nuclear weapon could have a blast radius of several kilometers. The effects of a nuclear blast extend beyond the blast radius, with fallout and thermal radiation causing additional damage.
The fireball was roughly 1500 feet in diameter (750 feet in radius).Blast damage was found at 10000 yards (30000 feet) to some of the bunkers.The blast was heard hundreds of miles away.
The blast radius of a nuclear bomb can vary depending on factors such as the type and yield of the bomb, as well as the environment in which it detonates. However, the blast radius of a typical nuclear bomb can extend for miles, causing significant destruction and casualties.
The explosion radius of a nuclear bomb can vary depending on its size and design, but a typical range for a strategic nuclear weapon is a blast radius of several miles and a thermal radiation radius of several more miles. The effects of the blast, heat, and radiation can cause widespread destruction and casualties over a large area.
The blast radius of a nuclear bomb can vary depending on its size and type, but typically ranges from a few kilometers to tens of kilometers. The impact of a nuclear bomb also includes heat, radiation, and fallout, which can affect areas beyond the immediate blast radius.
This really depends on a number of factors, such as the yield of the weapon, the detonation altitude, and the terrain.
Nuclear bombs have the potential to create extremely large explosions, depending on their size and design. The most powerful nuclear bomb ever detonated, the Tsar Bomba, had an explosive yield of about 50 megatons (equivalent to 50 million tons of TNT) and created a blast radius of over 20 miles.
The largest nuclear weapon ever tested, the Tsar Bomba by the Soviet Union in 1961, had a blast radius of over 7 miles. The fireball created by the explosion measured around 2 miles in diameter and the shockwave was felt over 400 miles away.
The distance a nuclear bomb can reach depends on various factors such as the size of the bomb, the altitude at which it detonates, weather conditions, and landscape. Generally, a large nuclear bomb could have a blast radius of several miles and cause destruction over a wider area through the effects of heat, blast, and radiation.
The blast radius of an atomic bomb can vary depending on the size of the bomb and the height at which it detonates. In general, the blast radius of a nuclear bomb can extend for several miles, causing destruction within a radius of 1-5 miles or more. It can cover an area of several square miles, destroying buildings and causing severe damage within that zone.
The affected radius of land from nuclear fallout after the Hiroshima bombing was roughly 10 km (6.2 miles) from ground zero. This area suffered substantial damage and contamination from the blast and radiation.
No, the tsunami did not trigger a nuclear blast. The nuclear blast at Fukushima Daiichi Nuclear Power Plant in Japan was caused by a loss of cooling functionality due to the earthquake which occurred before the tsunami.