It is supposed that nobelium is a solid metal.
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.
The family name for nobelium is the actinide family.
Nobelium is obtained only in quantities of some micrograms, it is impossible the study the chemistry of physics of nobelium; but for some details read at: http://en.wikipedia.org/wiki/Nobelium
mr.nobel
Nobelium is a radioactive, artificial chemical element.
Nobelium is a synthetic radioactive element with no stable isotopes and a very short half-life. At room temperature, nobelium would likely exist in a solid state due to its high atomic number and the tendency of heavy elements to be solid at room temperature. However, due to its radioactive nature, nobelium is not commonly found in nature and is primarily produced in laboratories.
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Nobelium is a synthetic element that is typically considered to be a solid at room temperature and pressure. However, since it is a synthetic element with limited availability, its specific physical state may vary depending on how it is prepared or handled in a laboratory setting.
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.
Nobelium has no uses.
This property is not known for nobelium.
The chemical symbol of nobelium is No.
The hardness of nobelium is not known.
Nobelium is considered a metal.
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.
Nobelium's chemical symbol is "No"