Cca. 50 kg of highly enriched uranium. Now nuclear bombs use plutonium, not uranium.
there is not uranium in the sun. the nuclear fusion is due to hydrogen that fuses to helium
In the Nagasaki bomb, about 14 pounds. Design criteria on later weapons is classified.
Yes, uranium gives off dangerous amounts of radiation.
Depending on the type and the power of the nuclear reactor. An example; a CANDU type reactor of 700 MW need 700 kg uranium-235 and only ca. 500 kg are "burned".
Locate Uranium ore depositsMine UraniumBuild Uranium enrichment plantEnrich Uranium to about 90% pure Uranium-235Design bombBuild bombThe first 4 steps will take an industrialized country about 4 years to complete. Step 5 can be done in parallel with those steps. Step 6 is more or less trivial after the others are complete.A Plutonium based bomb requires a few additional steps but takes roughly as much effort and time.
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.
Its really hard to say, the only nuclear bomb that might contain that much uranium (probably as depleted uranium) would be a hydrogen fusion bomb with a uranium tamper.Depending on many design features, it would probably weigh a bit under 2 tons and have a yield somewhere between 2 megatons and 20 megatons, most of that produced by fission of the uranium tamper.NO nuclear bomb could ever contain that much weapons grade uranium, as it would be so far beyond critical that it would simply melt in the factory as it was being assembled and kill anyone nearby with neutron and gamma radiation.
The majority of nuclear reactors use uranium as nuclear fuel.
well...let's just say you woldn't know the word bomb or nuclear without the science behind them. like many other things a nuclear bomb is a product of science. To be brief: 1. the nuclear part: there are to tipes of reaction fission and fusionNuclear fission - You can split the nucleus of an atom into two smaller fragments with a neutron. This method usually involves isotopes of uranium (uranium-235, uranium-233) or plutonium-239.Nuclear fusion -You can bring two smaller atoms, usually hydrogen or hydrogen isotopes (deuterium, tritium), together to form a larger one (helium or helium isotopes); this is how the sun produces energy2. the bomb part: a nuclear bomb can be detonated in many forms, from a rocket to a fixed device or a shell without selfpropulsion. But I don't want to explain each form as it would take way to much space, and maybe it would be boring.
different letters in the alphabetAn "A-bomb" is usually a fission bomb (plutonium or Uranium fissions = splits into lighter elements)An "H-bomb" is a fusion bomb wherein Hydrogen (or some isotope of it) "fuses" into heavier elements. Often an H-bomb needs the energy of an A-bomb to start its nuclear reaction but the output is SO much greater that the A-bombs energy output is dwarfed by the enormous fusion explosion.
there is not uranium in the sun. the nuclear fusion is due to hydrogen that fuses to helium
Probably approx. 40 kg of enriched uranium.
As much as 90% of the yield of a hydrogen bomb can be provided by the fission of Uranium-238 in the bomb's final stage tamper caused by the 15MeV neutrons produced by the fusion reaction. Yes, it cannot support a neutron chain reaction, so it is not fissile, but it can fission in the right circumstances and the hydrogen bomb provides those circumstances.On a separate issue Uranium-238 is used in nuclear weapons. Even the earliest atomic bombs used it in their tampers due to its very high density (but it of course did not fission as the energy of the neutrons in those devices was far too low, only about 1MeV).
The term atomic bomb, nuclear bomb, and hydrogen bomb are confused/confusing. Atomic bomb and nuclear bomb are generic and basically mean any bomb powered by atomic/nuclear energy fission or fusion. Hydrogen bomb specifically means a bomb powered by fusion. Some specific variants, using correct terminology are:Fission bomb, a bomb fueled by uranium and/or plutoniumFusion bomb, a bomb fueled by hydrogen isotopes (however most fusion bombs 90% of their yield is actually still due to fission of uranium-238 in the radiation casing surrounding the fusion fuel assembly.)Boosted fission bomb, a fission bomb with a hollow sealed core filled with tritium gas. When the fission bomb is detonated the temperature/pressure ignites tritium fusion in the gas, which produces an intense flash of high energy neutrons causing additional fission in the (now vapor) fissile core material, boosting the yield.Neutron bomb, a fusion bomb using a neutron transparent material for the radiation casing instead of uranium-238. A neutron bomb typically has only 10% the yield of a similar design standard fusion bomb but has much less fallout, but kills by prompt neutron radiation instead of blast and fire.etc.
Depending on: - the type of the nuclear reactor - the electrical power of the nuclear reactor - the type of the nuclear fuel - the enrichment of uranium - the estimated burnup of the nuclear fuel etc.
I guess they have too much oil, and no uranium.
alot