The area that a nuclear explosion can damage depends on the size of the bomb and the altitude at which it detonates. A large nuclear bomb detonated at ground level can create a blast radius of several miles, while detonating a smaller bomb at higher altitudes can generate an electromagnetic pulse that can affect a much larger area.
If caught in a nuclear explosion, seek shelter immediately in the nearest building or underground area to protect yourself from radiation and heat. Cover your mouth and nose with a cloth to avoid breathing in radioactive particles, and stay indoors until authorities announce it is safe to go outside. Follow emergency instructions and evacuate the area if directed to do so.
The damage caused by a nuclear bomb depends on various factors such as the size of the bomb and the distance from the epicenter of the explosion. In general, a nuclear bomb can cause devastating destruction, including severe structural damage, fires, and radiation exposure, potentially leading to widespread casualties and long-term health effects. The most powerful nuclear bombs have the potential to level entire cities and cause significant environmental damage.
The force generated from a nuclear explosion depends on the size and type of the bomb. A typical nuclear bomb can release energy equivalent to millions to billions of tons of TNT, resulting in a massive blast wave and widespread destruction. The force is typically measured in kilotons (thousands of tons of TNT) or megatons (millions of tons of TNT) of explosive power.
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 Big Bang event involved an immense amount of energy, estimated to be equivalent to the explosion of billions of nuclear bombs.
If caught in a nuclear explosion, seek shelter immediately in the nearest building or underground area to protect yourself from radiation and heat. Cover your mouth and nose with a cloth to avoid breathing in radioactive particles, and stay indoors until authorities announce it is safe to go outside. Follow emergency instructions and evacuate the area if directed to do so.
The damage caused by a nuclear bomb depends on various factors such as the size of the bomb and the distance from the epicenter of the explosion. In general, a nuclear bomb can cause devastating destruction, including severe structural damage, fires, and radiation exposure, potentially leading to widespread casualties and long-term health effects. The most powerful nuclear bombs have the potential to level entire cities and cause significant environmental damage.
The atomic bombs are nuclear weapons that use a nuclear chain reaction to create a Hugh explosion. The by-product of the nuclear blast is radiation.Atomic explosion is created by setting off a lot of dynamite around a core of nuclear material. The blast compresses the material together and makes it unstable.A hydrogen bomb is a much more powerful bomb. It is the result of a small nuclear explosion that compresses more powerful radioactive material together and thus creating an explosion that is 100 times greater than an atomic bomb.
The distance of damage caused by a nuclear missile depends on various factors such as the type and yield of the warhead, altitude of detonation, and weather conditions. However, a single nuclear missile has the potential to cause damage and casualties in a radius of several miles or more from the point of impact.
Because it releases much more energy in a much shorter time than chemical explosives can.
This question could be easily misconstrued. While atomic and nuclear explosion mean the same thing, and all atomic bombs are nuclear bombs, not all nuclear bombs are atomic bombs. The more powerful nuclear bombs are hydrogen bombs, and there is a very important fundamental difference between the two. ============================================================== A bomb is fission - the splitting of an atom H bomb is fusion - the joining together of atoms (and much more powerfull)
Nuking the sun is not possible with current technology. However, theoretically, if it were possible, the sun is so massive that a nuclear explosion would have negligible impact on it. The sun's nuclear fusion reactions are much more powerful than any man-made nuclear explosion.
The Fukushima plant explosions occurred at the nuclear facility, but they were hydrogen explosions (hydrogen exploding, not a hydrogen-bomb explosion), so no. It would take a much higher release of energy than a hydrogen explosion to generate a significant electro-magnetic pulse or EMP. Nuclear plants can cause significant and very long-term damage when they melt down and impact a lot of people with the release of radioactive material, but are not capable of exploding like an "atomic bomb." Fission and fusion bombs have to be specially designed and engineered to create those EMP-inducing mega-explosions.
We have the ability to destroy the world with one nuclear weapon. An entire nuclear war could destroy the entire solar system if we had the opportunity to.
A nuclear explosion is more powerful than a lightning bolt. Nuclear explosions involve the release of massive amounts of energy from the splitting of atoms, while lightning is a discharge of electricity between clouds and the ground, which is powerful but on a much smaller scale.
First of all, EMPs don't really explode like a nuclear bomb. It releases alot of energy like a nuclear bomb. EMP's do not affect the body... that much.
A very complex question, depending on its yield and dozens of other variables.