several million degrees, hot enough to radiate enough x-rays to heat the air around it until it turns opaque for a few milliseconds, causing a double flash of light.
About 180 million degrees Fahrenheit upon detonation, which is some 10,000 times hotter than the surface of the sun.
The detonation point of a nuclear bomb explosion is where the bomb is triggered to release its energy. This can occur either in the air, on the ground, or underwater, depending on the desired impact and effect of the explosion. The detonation point is carefully chosen to maximize the destructive potential of the bomb.
A gravity dropped nuclear bomb could fall several tens of thousands of feet from bomber to detonation. A ballistic missile's warhead could travel tens of thousands of miles from launch site to detonation.
Cannot determine as there are too many variables:yield of the bombheight/depth of the detonationterrain around the detonation sitestructures standing around site before detonationif underground detonation what the rock types are and degree of fortification of targetIf underwater detonation what types of ships, etc. are at what distances and depthsetc.
The intense blast wave from a nuclear detonation is responsible for causing lung damage and ruptured eardrums. The rapid change in air pressure can lead to these injuries by creating a powerful shockwave that propagates outward from the explosion.
Find a shelter that provides the greatest protection.
find a shelter that provides the greatest protection
find a shelter that provides the greatest protection
Initial stage Intermediate stage Late period Delayed period
1945
1945
nuclear binding energy
A nuclear detination
blast
blast
Blast effect
radiation effect