0
An atomic bomb is a nuclear weapon. A nuclear fusion bomb, (hydrogen, is usually much stronger than a nuclear fission bomb (uranium or plutonium). The weapons detonated in Japan during WWII measured about 15 kilotons equivalent of TNT. Today, most nuclear weapons are measured by megaton (1000X kiloton) equivalents up to a bomb built by the Russians with a possible yield of 100 megatons.
Still curious? Ask our experts.
Chat with our AI personalities
Blake
Jordan
Rafa
Add your answer:
Earn +20 pts
Is the atom bomb and a nuke the same?
Yes, atom bomb and nuke are commonly used terms to refer to nuclear weapons that release destructive energy by splitting atoms in a process called nuclear fission. In general, "nuke" is a more colloquial term while "atom bomb" is more formal.
What is stronger a nuke or atom bomb?
A nuclear bomb and an atomic bomb are actually the same thing. Both terms refer to a type of explosive device that releases energy by nuclear reactions. The power of the explosion depends on the type of nuclear reactions involved and the amount of fissile material present in the bomb.
Is a nuke the same as the atom bomb?
An atom bomb is a type of nuclear weapon that relies on nuclear fission, while "nuke" is a colloquial term used to refer to any type of nuclear weapon, including both fission and fusion bombs. So, all atom bombs are nukes, but not all nukes are atom bombs.
What weapon is stronger than a nuke?
A nuclear weapon is one of the most powerful weapons in existence, so it is difficult to say if there is a specific weapon that is definitively stronger. However, some may argue that certain future technologies, such as antimatter weapons or advanced cyber warfare capabilities, could potentially surpass the destructive power of a nuclear weapon.
What is a nuke and what does a nuke looks like?
A nuke is a colloquial term for a nuclear weapon, which is an explosive weapon that derives its destructive force from nuclear reactions. A nuclear weapon can come in various forms, such as a bomb or a missile, and may vary in size and design depending on its intended use and delivery method.
