Periodic Table of Elements

The periodic table is a way to list elements. Elements are listed in the table by atomic structure. This includes the number of protons in the outer shell and the number of electrons. From left to right, from top to bottom, the elements are ordered by their atomic number, atomic number is the number of protons of each atom

Elements are arranged periodically, so they are called "periodic". The elements from left to right line up based on their atomic numbers (the number of protons in their nuclei). We skip several columns so that elements with the same number of valence electrons line up in the same row. If so arranged, the elements of the column have similar properties.

Each horizontal line in the table is a period. There are a total of 7 (or 8) periods. The first one is short and there are only two elements, hydrogen and helium. The sixth step has 32 elements. In each period, the leftmost element has one electron in its outer shell, but the rightmost element has a perfect shell.

A group is a column of an element's periodic table. There are 18 columns or groups, and the attributes are different for each group

Examples of radicals are inert gases or inert gases. These elements are located in the 18th column or the last column of the periodic table. They all have perfect shell electrons which make them very stable (they often do not react with other elements). Another example is alkali metal, all of which are located in the leftmost column. All of them are very similar because there is only one electron on the outer shell and the reaction is very active. You can see all the groups in the table below.

This arrangement of elements similar to groups helps chemists when using elements. You can understand and predict the reaction and behavior of elements under certain circumstances.

In the periodic table, each element has its own name and abbreviation. Some abbreviations such as H representing hydrogen are easy to remember. Some irons like iron and gold are difficult. In the case of gold, "Au" comes from the Latin gold "aurum".

The periodic table was proposed by Russian chemist Dmitri Mendeleev in 1869. Using this table, Mendeleev can accurately predict the characteristics of many elements before actually discovering them.

Carbon is unique in that it has formed over 10 million different compounds. Carbon is important for the existence of life

Fran is the rarest element on the planet. At any time, there may be only a few ounces on the earth.

The Periodic Table of the Elements (also called the Periodic Table of the Elements) is organized so that scientists can quickly identify the properties of each element, such as mass, electron number, electronic configuration, unique chemical properties. Metal is on the left side of the meter and metal is on the right side. Dmitri Mendeleev first offered an organizational element to help us understand

The Periodic Table of Elements is abbreviated as the periodic table of elements, and is a tabular array of chemical elements arranged according to atomic number, electronic configuration and repeating chemical properties, its structure is a periodic trend . Normally, in one row (period), the element is not metal on the right side but metal on the left side and elements with similar chemical behavior are arranged in the same column. Table rows are often called periods and columns are called groups. Six groups accepted names and assigned numbers: for example, the elements of the 17th group are halogen; and the 18th group is inert gas. Four simple rectangular regions or blocks associated with filling different atomic orbitals are also shown.

How are the elements of the periodic table arranged? There are various elements in the periodic table. These elements can be divided into various parts. First, a metal (alkali metal / alkaline earth metal) is placed on the left side of the periodic table. The first group of bases and the second group of alkaline earth metals. Next, there is a transition metal from bismuth to copper in the middle of the periodic table. Finally, in the case of metals, from the zinc group to the dilute metals of group 6. Then follow the non-metal on the right to start with 7 to the group. Finally, group 0 consists of an inert gas. Then there is a factor to create a periodic table layout. First, the number of shells occupying atoms is related to the number of cycles it contains. The number of electrons in the atomic shell is the same as the number of groups in the table. Therefore, this classifies them as group 0.