Cobalt-60m decays by emitting a gamma particle. This changes neither the atomic number nor the isotope number, since no nucleons are lost. The gamma particle has an energy of 58.59 keV. The resulting atom is Cobalt-60.
The daughter product in this nuclear process will be cobalt-59, which is stable. One neutron becomes a proton and an electron. The proton remains, adding 1 to the nuclide's atomic number; the electron is emitted as a beta particle.
This depends on the reaction involved.
Half-life of Co-60 = 5,27 year by beta- emission (0.315 MeV max.)
rubidium, magnesium, cobalt, argon.
In a nuclear power plant and in nature in (low levels.) With any form of radioactive decay it is possible for atoms to be split. The sustained reaction is the foundation of both nuclear weapons and nuclear power plants where the fission is self-sustaining for a period of time. A simple physical model is a pool (billard) table when you initally break. The cue ball is a small particle that breaks up the racked balls. Now imagine hundreds if not millions of other racked balls. A chain reaction of breaks continues until there isn't enough energy to stustain the fission of atoms. Low levels of this happen all the time with radioactive material in nature. Once there is a "critical mass" of very specific radioactive material a sustained chain reaction happens. Controlled you can get nuclear power by siphoning the reaction in the form of heat to turn turbines for power, let it all go at once and you get a nuclear bomb. Fission is the splitting of atoms, fusion is merging atoms. A hydrogen bomb uses both fission and fusion. Fission to start the reaction (Plutonium) and an outer shell that (Cesium,cobalt, if memory serves me correctly were two material used for the outer casing), from the force of the fission, causes the fusion of hyrodgen (hence H-Bomb).
Beta Particle
Cobalt-60 decays by beta particle emission to highly excited isomers of Nickel-60, as these isomers relax to the ground state of Nickel-60 highly energetic gamma rays are emitted.
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The daughter product in this nuclear process will be cobalt-59, which is stable. One neutron becomes a proton and an electron. The proton remains, adding 1 to the nuclide's atomic number; the electron is emitted as a beta particle.
zinc is more reactive and is higher in the reactivity series.
The nuclear charge of cobalt (Co) is 27+, the same as the atomic number and the number of protons. If you want to know the effective nuclear charge Zeff, that requires a more complicated calculation.
This depends on the reaction involved.
Co2+ + 2SO4
Cobalt(II) chloride may be a reactant in a chemical reaction.
From nuclear wastes can be extracted plutonium, uranium, useful isotopes of cobalt, strontium, prometium, technetium and many other.
Half-life of Co-60 = 5,27 year by beta- emission (0.315 MeV max.)
rubidium, magnesium, cobalt, argon.