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Seaborgium: Electron configuration - Symbol - Atomic Number - Atomic Mass - Oxidation States - Standard State - Group Block - Year Discovered – infographic

 

Properties of Seaborgium

Name of element

Seaborgium

Atomic Number

106

Symbol

Sg

Atomic Mass

269.128

Oxidation States

6, 5, 4, 3, 0

Standard State

Solid

Group Block

Transition metal

Year Discovered

1974

Electron configuration

[Rn]7s2 5f14 6d4

Atom Diagrams

In infographic

 

 

 

Infographic

 

Seaborgium: Electron configuration - Symbol - Atomic Number - Atomic Mass - Oxidation States - Standard State - Group Block - Year Discovered – infographic

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Definitions

Atomic Number of Seaborgium: The atomic number or the so-called proton number for any chemical element is the number of protons present in the nucleus of each atom of that chemical element. The atomic number uniquely identifies an element chemically. It corresponds to the charge number of the nucleus.

 

Symbol of Seaborgium: A chemical element symbol is a one- or two-letter abbreviation of the chemical element's name. And when a symbol consists of two letters, the first letter is always uppercase, and the second letter is lowercase.

 

Atomic Mass of Seaborgium: The atomic mass of Chemical Victory is the mass of an atom. Although the SI unit of atomic mass is the kilogram, atomic mass is often expressed in a non-SI unit dalton where the mass of 1 dalton is defined as 1⁄12 of the mass of one carbon-12 atom in sleep state.

 

Oxidation States of Seaborgium: Chemical state The oxidation state, sometimes referred to as an oxidation number, describes the degree of oxidation of an element's atom in a chemical compound.

 

Standard State of Seaborgium: In chemistry, the standard state of a substance is a reference point that is used to calculate its properties under various conditions. Whether it is liquid, solid or gaseous.

 

Electron configuration of Seaborgium: In atomic physics and quantum chemistry, electron configuration is the distribution of the electrons of an atom or molecule into atomic or molecular orbitals.



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