== == Any thermonuclear device creates a mushroom cloud because of the immense heat. Any explosion can create a mushroom cloud, as long as it can heat the gases enough to allow them to rise. The rising air lifts off the ground rapidly, until it reaches a height where the other gases are more dense. The falling gases then get sucked back into the "stem" as the rising gases are moving rapidly enough to create a vacuum. The "mushroom" phenomenon is created whenever there is a density differential between two bodies of fluid, called a "Rayleigh-Taylor Instability". This is mathematically dictated by Navier-Stokes equations.
Albert Einstein did not make an atomic bomb. He was a theoretical physicist who wrote a letter to President Franklin D. Roosevelt warning about the potential of nuclear weapons and the need to develop them, which ultimately led to the Manhattan Project and the creation of the atomic bomb.
No, he was a pacifist and worked on no war projects. His only involvement with the atomic bomb was to sign a letter to FDR that Leo Szilard had written, warning that the Nazis might make one first.The atomic bomb was not invented in the US, it was invented in London, England in 1933 by Leo Szilard while crossing a street and patented by him in 1934. However it took 12 more years, many scientists & engineers & technicians, and an enormous investment in new industrial infrastructure before the first atomic bombs could be built.
One takes large atoms and breaks them into smaller atoms--called fission (a-bomb). The other takes really small atoms and fuses them together to make larger atoms--called fusion (h-bomb).
Albert Einstein did not personally work on the atomic bomb project. However, his theories on relativity and mass-energy equivalence, particularly the equation E=mc^2, laid the foundation for understanding the energy released in nuclear reactions, which was crucial for the development of the atomic bomb by other scientists and engineers during the Manhattan Project.
They are both general terms. The term "atomic bomb" can mean any nuclear weapon, either a fission weapon or a fusion weapon (the so-called hydrogen bomb). The term thermonuclear bomb is also used in general, but it usually excludes the fusion bombs. It should be noted, however, that it takes a fission bomb to generate the heat necessary to "set off" a fusion reaction and make a fusion bomb work.
Yes. In fact, any large explosion(atomic or otherwise)which occurs on or near the ground will cause a mushroom cloud. This is because the explosion creates a mass of superheated air and debris, which will expand and rise upwards because its density is less, and its temperature higher, than the surrounding air; basically the same principle that causes hot-air balloons to rise. This is what gives you the iconic "mushroom" cloud. About the only time you wouldn't expect to see such a cloud is if the detonation occurs deep under ground or water, or at extremely high altitudes.
Go and find out your self.
the atomic bomb was made to end the world war 2
He was attempting to do just that- make an atomic bomb.
the atomic bomb was made to end the World War 2
Any explosion on the ground makes a mushroom cloud, even small grenades. This is because of the physics of the explosion. The high pressure pushes out rapidly, making a low pressure zone in the middle of the explosion. Air rushes back in to fill this area, making the smaller "pinched" area that looks like the mushroom stalk.
Mushroom + Bomb
China made the Atomic Bomb, no china did not make the atomic bomb. the united states made the abomb and it was called the mannhattan project
Japan did not make an atomic bomb. It received two in ww2, one in Hiroshima the other over Nagasaki.
Einstein did not make the atomic bomb, so it was neither good nor bad.
Every explosion happening in an atmosphere makes a mushroom cloud; whether the explosion is a tiny firecracker, a hand grenade, a conventional bomb (e.g. the three explosions shown in the photo above), an atomic bomb, a hydrogen bomb, an explosive volcanic eruption, a meteor exploding in midair due to thermal stresses (e.g. comet Shoemaker-Levy 9 at Jupiter), a meteor impact making a crater, etc. How visible the mushroom cloud is and how long it persists depends on the yield of the explosion (how big it was in terms of energy released). The mushroom shape is simply an effect of buoyancy: hot gasses produced by the explosion are less dense than the surrounding air so they rise with the cap of the mushroom being a toroidal vortex (similar to a smoke ring).Similar clouds can be observed in the smoke above large fires and water vapor above cooling towers, but usually missing a well defined cap.Underground salt domes (that contain petroleum and natural gas) result from the same density phenomenon, with less dense salt rising through more dense rock. However here in most cases only the cap remains without the stem.
No.