Several thousand people helped create the atom bomb
Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.Splitting the atom was a great achievement. Creating an atom bomb was not such a positive outcome of that achievement.
The theory of relativity, specifically the equation E=mc^2, played a crucial role in the development of the atomic bomb during the Manhattan Project in the early 1940s. This equation helped scientists understand the immense energy release that occurs during nuclear fission, which is the key principle behind the atomic bomb's devastating power.
both r useless Sometimes "atom" bomb is also used to describe a hydrogen bomb. Strictly, historically speaking, the atom bomb works via the energy released when a heavy atom nucleus such as uranium is split (called nuclear fission). This is also the energy source for nuclear power stations. A hydrogen bomb works via the energy released on fusing (called nuclear fusion) two light atoms (such as hydrogen) together - the huge pressure needed is derived from an atom bomb. This situation arises because the atoms towards in the middle of the periodic table are more stable, than those nearer the ends. A lot of electricity is derived nowadays from nuclear fission (nuclear power stations) but no significant power has yet been derived from nuclear fusion, though a lot of work is being done on it.
napalm is the mix with petroleum jelly to create a fire bomb!
Atomic bombs are very complex weapons designed to force a rapid collapse of fissionable radioactive materials to force them into a critical state. They may have a "conventional bomb" built into them to force this to occur. The active part of the bomb will be very pure isotopes of either Uranium or Plutonium. Hydrogen bombs are more complicated, and use Hydrogen, Lithium, or Helium to generate the explosive power, but they essentially require the energy of a fission atomic bomb to start the secondary fusion reaction.
he created atom but he did not create the atomic bomb
Igor Kurchatov,
Atom is used to create an atomic bomb. Atom has three parts.
Atom Bomb goes by Adam Bomb.
He helped create the nuclear bomb to bomb Hiroshima.
Einstein helped Americans by warning them that Germany was developing an atom bomb.
Atom Bomb is 5' 11".
No the atom bomb is not more powerful then the H-bomb
Atom Bomb = Uranium H-Bomb = Hydrogen
In the past, the sea around Japan helped to protect them from invasion. However, after the USA developed the atom bomb, the difficulty of invading Japan influenced them to drop the atom bomb.
No, nuclear power to produce electricity was not developed until 1956
The two atom bombs were the plutonium bomb and the uranium bomb.