the pressure in the hadal zone exceeds 1,100 standard atmospheres (110 MPa; 16,000 psi)
The water pressure in the hadal zone, which is the deepest part of the ocean, can reach extreme levels of over 1,000 times atmospheric pressure at the surface. This is due to the weight of the water column above.
14.7 psi
it depends mainly on the amount or weight of the nuclear bomb.....that is ....the amount of radioactive uranium and plutonum inside it....diff weights have different blast radiuses.....the heavier the bomb the larger the explosion.Actually it has nothing whatsoever to do with the weight of the bomb, It depends on:yieldburst height/depthweather (e.g. inversion layer above burst)What level of overpressure you want to measure as the "blast radius"The amount of uranium or plutonium in the bomb is usually an insignificant fraction of the weight of a nuclear bomb or warhead. Fatman had about 10 pounds of plutonium yet weighed 10,000 pounds. The remaining 9,990 pounds consisted mostly of depleted uranium, conventional explosives, electronics, and a steel ballistic casing!One bomb can easily be much lighter than another and have a higher yield, if its materials usage is more efficient. This is a major goal of nuclear weapon designers.The three usual overpressure zones nuclear weapons planners are concerned with are the 1000 psi zone (which is generally the requirement to knock out a hardened missile silo), the 20 psi zone (which destroys steel reinforced buildings), and the 5 psi zone (which destroys normal buildings). In particular, the 5 psi zone is used for casualty calculations, since the number of survivors of inside the 5 psi zone is roughly equivalent to the deaths outside that zone, for a typical area with an even population distribution.For a 1 MT weapon detonated at the optimal distance from the ground to produce the maximum radius of the PSI zone in question, here are the appropriate distances from ground zero: 3.2 miles (5 psi), 1.4 miles (20 psi), 0.5 mile (1000 psi). The power of a nuclear weapon goes up with the cube root of the yield - so, if you want a weapon that has twice the area of effect, it needs to have 8 times the yield. So, a 1kT weapon has 0.1 of the area of effect of a 1MT weapon, while a 125kT weapon has 0.5 the area of effect compared to a 1 MT weapon.
Approximately 3.56 psi.
27.5571702 pounds per square inch (PSI) ==
The hadal zone, also known as the hadopelagic zone, is the deepest region of the ocean lying within oceanic trenches.
Plants need light to grow, in the abyssal/hadal zone, there is no light.
The water pressure in the hadal zone, which is the deepest part of the ocean, can reach extreme levels of over 1,000 times atmospheric pressure at the surface. This is due to the weight of the water column above.
hadal zone
Hadal.
the hadal snailfish also known as the ghostly snailfish
- the intertidal zone - the sublittoral zone - the bathyal zone - the abyssal zone and - the hadal zone
the zone consist that of the floor of the ocean trenches
30 - 15 degrees Fahrenheit
tube worms. trust me, it was found by the Shinghi 6500.
no it isn't the hadal zone is
The two subzones making up the Benthic zone is the abyssal and hadal