92U-238 + 0n ------92U-239----- β ----- 93Np-239------ β --------94Pu-239
Uranium is a donor of electrons.
Neutron
Usually a small subatomic particle such as a neutron, since it does not contain any charge and thus is not repelled by the positively charged nucleus, and it is massive enough to give enough energy to split the uranium nucleus.
hydrogen-1 atom
John A. Davis , the creator , gave Jimmy the last name of Neutron to give the audience some expectation/association of science . The surname of Quasar was also considered as a surname for Jimmy .
Uranium is a donor of electrons.
TheChernobyl RB-MK type reactors contained around 140 tons of nuclear fuel up to 50 times more than an atomic bomb. An atomic bomb only contains Uranium 235 (Weapons grade Uranium) A Nuclear reactor uses fuel rods which contains the following. Uranium 235 (Neutron Density 99.3%) Uranium 238 (Neutron Density 0.7%) (Uranium used in nuclear reactors is enriched by 3.8%) And after Nuclear fission. Plutonium 239 Fission fragments from depleted Uranium. There are several ways to enrich uranium by filtering out Uranium 238 making it usable in warhead construction. 1. A Calutron (Uses magnetic attraction to separate Uranium 235 from Uranium 238) 2. A Gas Centrifuge (Uses a special kind of gas to separate Uranium 235 from Uranium 238) I cannot remember exactly but there are more ways than listed here so this is just to give a guideline.
The monetary value of uranium is 10 dollars per gram and i dont give a ****
Neutron
you have to give it 6 valence electrons
uranium and oil
The chemical symbol of uranium is U. Uranium has 92 electrons.
The two computers were not able to interact with each other. They did not want to interact with the natives.
Yes. Very large amount of energy is derived from uranium. The atom of uranium brake down to give you atom of lead. There is loss of some mass in the process. That mass is converted into energy as per Einstein's equation. That is E = m C square. It is tremendous energy.
Usually a small subatomic particle such as a neutron, since it does not contain any charge and thus is not repelled by the positively charged nucleus, and it is massive enough to give enough energy to split the uranium nucleus.
hydrogen-1 atom
Yes, uranium isotopes emit alpha particles, gamma rays, beta rays, spontaneous fission neutrons.