Nobelium has no uses, it is only for research.
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.
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
A light bulb that uses a filament is also known as an incandescent light bulb.
A scintigram is a diagnostic imaging technique that uses radioactive tracer particles to produce images of organs and tissues in the body. It is also known as a nuclear medicine scan.
This drive is also known as a solid-state drive (SSD). It uses flash memory to store data and has faster read and write speeds compared to traditional hard disk drives (HDDs).
Nobelium has no uses.
Nobelium has uses only in nuclear physics laboratories.
This property is not known for nobelium.
The hardness of nobelium is not known.
The density of nobelium is not known today.
The boiling point of nobelium is not known.
The melting point of nobelium is not known.
Without uses, no price, not for sale
Without uses, no price, not for sale
Without uses, no price, not for sale
Nobelium was prepared for the first time in 1966 at Joint Institute of Nuclear research, Dubna, Russia.The isotope was No-252.The appearance of nobelium is not known.
Nobelium is a synthetic element that is not found in nature, so its odor is not known. In general, synthetic elements are highly radioactive and typically do not have a distinct odor.