Buildings are effected by the blast not by purpose but by construction (as with any bomb). Light wooden construction is flattened, reinforced concrete may survive with minor damage.
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If a nuclear bomb were to hit a school, it would result in catastrophic destruction and loss of life. The blast would cause severe damage to the school building and surrounding areas, potentially causing fires and releasing harmful radiation. The impact would be devastating and result in widespread casualties.
No, a nuclear reactor cannot explode like a nuclear bomb. The design and process within a nuclear reactor are different from those in a nuclear bomb. In a reactor, the control systems prevent the conditions needed for a nuclear explosion to occur.
No, a nuclear bomb does not automatically detonate upon contact with the ground. It requires a specific sequence of events to trigger the explosion, typically initiated by the activation of a detonation mechanism controlled by the bomb's operator.
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Nuclear weapons explode through a process called nuclear fission or fusion. In nuclear fission, atoms are split apart, releasing large amounts of energy. In fusion, atoms are combined, producing even more energy. This energy release creates an explosive force.
The height of an atomic bomb can vary depending on the specific design and delivery method used. However, typically atomic bombs are detonated at altitudes ranging from a few hundred feet to several thousand feet above the ground.