it is organized based on the number of electrons in the outermost electron ring-- this number of free spaces and occupied spaces determines the properties of the element. therefore, all of the elements that share a column share properties
In 19th century , Mendeleev organised periodic table. He organised it in year 1869.
No. Polyster is a polymer- a chemical compound. the periodic table is a listing of all the known elements organised into a table.
Elements are organised in terms of properties in same column. Properties are found to be periodic .
Yes it is. Because it is easy study different elements when organised in a systematic way.
The periodic table was first organized by atomic mass. However, after the discovery of isotopes and inconsistencies around this method, it was later rearranged based on atomic number, which reflects the number of protons in an atom's nucleus.
In 19th century , Mendeleev organised periodic table. He organised it in year 1869.
Periodic table comprises of rows and columns like in an organised manner. Hence, it is called a table.
No. Polyster is a polymer- a chemical compound. the periodic table is a listing of all the known elements organised into a table.
No, it is organised by the proton count of an element.
Periodic Table is organised in rows and tables.Elements are arranged according to Atomic Number.There are 7 rows and 18 columns.
Elements are organised in terms of properties in same column. Properties are found to be periodic .
they organised it by grouping things with similar properties together
He organised the elements in the increasing order of the atomic mass.
Yes, pattern exist in organization of table. Elements are organized in increasing atomic number.
Yes it is. Because it is easy study different elements when organised in a systematic way.
When information is organised it's easy to analyse and study.It's easy to relate it .And periodic table organise and classifies elements in different periods and groups which in turn makes it study easy.
The periodic table was first organized by atomic mass. However, after the discovery of isotopes and inconsistencies around this method, it was later rearranged based on atomic number, which reflects the number of protons in an atom's nucleus.