A LIST OF METALS THAT ARE EXTRACTED ELECTROLYTICALLY

Introduction 

Several metals are listed at the top of a reactivity series like sodium, aluminium as well as magnesium. High reactive metals with the reactive forms produce a stable oxide along with other compounds that remove electricity. Sodium is one of the most important metals that produce electricity and it is used as a counter as well as electrode reference that is mainly used as electrochemical for testing half-cell. Apart from that, a solution of dilute aqueous that guides the production of copper sulphate along with sulphuric acid is mostly used as an electrolyte.                        

Metal examples

Metal examples for electrolytically are copper and aluminium which extracted the electricity during the purification process that is mainly going through electrolysis with the applications of different chemicals. Zinc is also a very good conductor of heat and electricity so it is also used in the electrolysis process to produce an electric current. Apart from that, some minerals also smoothen the purification process of electrolysis. Metals that are positioned above the carbon in reactivity series are reactive in nature and are extracted through electrolysis of the molten compounds. Besides this, an electrolyte is a particular process that provides a significant type of ion mechanism in the transport between cell cathode and cell anode.   

Types of metals

There are five types of metal found in the periodic table:

• Alkali Metals are in a top-left position in the periodic table of chemistry and it is considered the first block so it represents IA. These metal examples are zinc and copper. The configuration of valence electrons of Alkali Metals is ns1.  

• “Alkaline Earth Metals” are arranged in the top left position of the periodic table in the second group of s-block and it represents IIA. The metal examples of “Alkaline Earth Metals” areCalcium ,Magnesium ,barium.The configuration of valence electrons of “Alkaline Earth Metals” is ns2.   

• Transition metals are in the middle position of the periodic table that represents the d- block. These transition metals of the periodic tables lie in the third, fourth, as well as fifth positions that range from more than 3 groups to 12 groups. This particular group of transition metals is named a series of IB to VIII B in the chemistry periodic table. The melting, as well as being the point of these types of metal, is very high.  

• In the chemistry periodic table, lanthanides are in the middle position and the atomic number of these metals varies from 57 to 71. 

• Actinides are also positioned in the middle position of the chemistry periodic table and it represents the f-block that belongs to the seventh period. In the chemistry periodic table, the structure of the periodic table of Actinides belongs to the atomic number between 90 and 103.  

Chemistry periodic table

The chemistry periodic table represents the periodic table of different elements or metals that are mainly arranged in terms of atomic number as well as chemical elements. Atomic numbers concluded with the proton numbers that refer to the atomic nucleus. The rearrangement process of the chemistry periodic table is called periodic law that was initially discovered in the middle of the 19th century by Dmitry I. Mendeleyev. The chemistry periodic table guides the calculation of the inestimable value that leads to chemistry improvement. Chemical properties are one of the core components of the periodic tables that reuse in the chemistry periodic table. The tabular arrangement of the elements follows the valence electrons in increasing order.    

Conclusion 

Electrolytically deals with the particular condition of electricity that was produced by melting solution of different types of metal such as zinc and aluminium. Copper is also a significant metal example electrolytically. Electrolysis refers to chemical changes in the decomposition that produce a type of electrolyte and metal examples of these elements are sodium, potassium, and aluminium. The types of metals along with metal examples of the periodic table are provided in terms of atomic number in increasing order.