I'm not 100% sure what you mean by 'common elements' but I will just try to explain trends in bonding across the periodic table.
So, groups 1,2, and Al, Ga, In, Tl, Ge, Sn, Pb, Sb, Bi and Po are all metal so all form metallic bonds the strength of these bond increase as we move across the groups as there are not only more delocalised electrons but also a greater positive nuclear charge. so, the electrons are more attracted to the nucleus.
The other group 3 and 4 elements (B, C and Si) form macromolecular or giant covalent structures and covalent bonds as they 3 or 4 outer electrons to share and form a covalent bond with another atom. The many of these strong covalent bonds make these structures strong with high boiling points.
From group 5, 6 and 7 the elements form simple a covalent structures as they do not have enough outer electrons to form many bonds. For example take iodine, iodine forms I2. Between the I2 molecules are forces of attraction called van der walls (IMFs). These are weak and are easy to break giving iodine and the other simple covalent molecules low boiling points.
Lastly there is, group 0, the noble gases which do not bond (except Xe which can actually bond) so they form simple atomic structures with no covalent bonds and these have very very low boiling points.
The Periodic Table of the Elements, sometimes called just the Periodic Table, is the document in which elements are organized by their properties. It was created in 1869.
Elements are organised in terms of properties in same column. Properties are found to be periodic .
The properties of elements are periodic function of their atomic number. The properties are repeated after certain interval.
across a periodic table, the properties of elements become less metallic and more nonmetallic
There are 18 periods in the periodic table. The periods are divided according to the chemical properties of elements. Elements in a group have similar properties.
The Periodic Table of the Elements, sometimes called just the Periodic Table, is the document in which elements are organized by their properties. It was created in 1869.
Elements are arranged by their atomic number. The properties are periodic when arranged in this manner.
The answer to, ' when repeating chemical and physical properties of elements change periodically with the elements' atomic numbers it is called the?'Periodic law, is the answer. PERIODIC LAW !orPeriodicity of the chemical elements properties.
Elements are organised in terms of properties in same column. Properties are found to be periodic .
Properties of elements are periodic function of atomic number. Elements with same chemical properties are grouped together.
The modern Periodic Table arranges elements based on properties. These properties include valence electrons of the elements and density for example.
There is a group of elements in the periodic table as the elements with same properties are clubbed together.
The properties of elements are periodic function of their atomic number. The properties are repeated after certain interval.
The elements with similar properties are placed in groups. Periodic table contain 18 groups.
across a periodic table, the properties of elements become less metallic and more nonmetallic
The physical and chemical properties of the elements are periodic functions of their atomic numbers.The periodic law states that the physical and chemical properties of elements are periodic functions of their atomic numbers. They influence the characters of an element more than atomic weight.
The properties of chemical elements have a periodic trend.