Yes
7 g of 235U is equivalent to approx. 20 t coal. For 1 kg of 235U - approx. 3 000 t coal.
Nuclear energy as obtained in nuclear reactor power plants comes from the fission or splitting of the nuclei of uranium and plutonium. It is not a chemical burning process and does not need any other elements to make it happen.
Uranium (as metal, dioxide, carbide, etc.) is the nuclear fuel for nuclear power reactors; plutonium is obtained also from uranium 238 and thorium 232 generate uranium 233.
700 million years
Yes, although you'll need special equipment depending on what you'd like to prepare the uranium for. - in a nuclear physics laboratory artificial uranium isotopes can be obtained - if you think to the preparation of uranium (as a metal) from other compounds this is very possible but not in a simple laboratory - uranium has 3 natural isotopes
Uranium is toxic and radioactive; also uranium is pyrophoric in powdered form or in high speed projectiles on impact.
Uranium is not easily obtained; and the technology of plutonium is extremely difficult.
Being a metal uranium can be obtained in any shape desired.
Martin Heinrich Klaproth obtained the oxide of uranium - U3O8 in 1789; but the pure element was obtained in 1841 by Eugene-Melchior Peligot.
Depends on the size of your pellet. 1 kg of Uranium235 is equivalent to 1500 tonnes of coal.
Uranium as a pure metallic element was obtained after the alchemic period; alchemists don't know uranium.
The first time polonium was obtained by Marie and Pierre Curie in 1898, separating polonium from uranium ores. Now polonium is obtained by nuclear reactions.
In the past polonium was obtained from the residues of uranium ores, after extraction of uranium.Now polonium is obtained only by nuclear reactions.
Legally impossible.
This state is Jharkhand.
The anagram is "uranium."
Uranium dudes
Uranium was discovered But as mineral) in 1789 by Klaproth.In 1841 Peligot obtained the pure metal.