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The immediate destruction of a nuclear explosion is caused by the release of a large amount of energy in the form of heat, blast pressure, and radiation. This leads to the creation of a shockwave that destroys buildings and infrastructure, causing widespread devastation in the surrounding area.
A 1 gram antimatter explosion on Earth would release a tremendous amount of energy, equivalent to about 43 kilotons of TNT. This would cause significant destruction in the immediate vicinity of the explosion, similar to a small nuclear bomb. The impact would depend on where the explosion occurs, but it could potentially cause widespread damage and loss of life.
Such an explosion is often referred to as a "7 megaton nuclear explosion." It releases energy equivalent to 7 million tons of TNT and can cause widespread destruction over a large area.
The immediate destructive action of a nuclear explosion is caused by the release of an immense amount of energy in the form of heat, blast pressure, and radiation. This energy can cause widespread damage to buildings, infrastructure, and living organisms within the blast radius.
The range of destruction from a nuclear bomb explosion varies based on the size of the bomb. A large nuclear bomb can cause destruction up to several miles from ground zero, including devastating effects from the initial blast, heat, and radiation. The exact distance would depend on the specific yield and design of the bomb.
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.