157; you figure that out by taking the Atomic Mass (259) and subtract it by the # of protons (102) and the answer is the # of neutrons. ( the atomic #, # of protons, and # of electrons are always the same # 102 ).
But each isotope of nobelium has a different number of neutrons, depending on the atomic mass.
There are 18, 20 or 22 neutrons.
Hydrogen typically has 0 neutrons.
Nobelium has no uses, it is only for research.
In-115 isotope has 66 neutrons
Nobelium is an artificial chemical element, radioactive and unstable. Nobelium was first and surely prepared in 1966 by Russian physicists from Dubna; another claim from American physicists (1958) was not accepted by IUPAC. Nobelium was obtained using this nuclear reaction: 238 92U + 2210Ne → 260102No* → 254102No + 6 10n
For each isotope the number of neutrons is different.Number of neutrons = Mass number of an No isotope - 102
As all other chemical elements nobelium has protons, neutrons and electrons inside.
As all other chemical elements nobelium atom contain protons, neutrons and electrons.
Some isotopes of nobelium include nobelium-252, nobelium-253, nobelium-254, nobelium-255, and nobelium-256. These isotopes vary in the number of neutrons they possess, leading to differences in their stability and radioactive decay properties.
For each isotope the number of neutrons is different.Number of neutrons = Mass number of an No isotope - 102
Perhaps Ytterbium, which has 103 neutrons and 70 electrons.
Nobelium has 102 electrons.
Nobelium has 102 protons.
Nobelium is a member of the actinoids group an have many properties similar to these elements; also is supposed that nobelium is similar to ytterbium.
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Nobelium is a member of the actinoids family: before nobelium in the periodic table is mendelevium and after nobelium is lawrencium. It is supposed that nobelium is similar to ytterbium.
Nobelium is an element, so it is a pure substance made of nobelium.