As of yet, ununnovium is undiscovered. However, if discovered, it would fall in Group 1, which theoretically would give it the same properties as the other alkali metals. These properties include high reactivity, especially with elements in Group 17, and the physical properties of metals, such as conductivity. If ever synthesized, however, ununnovium would be highly unstable and would decay within miliseconds, and it is uncertain whether its properties truly would resemble those of the other Group 1 elements.
The elements in a column on the periodic table form a group (or family) because they have similar physical and chemical properties.
Modern periodic table is based on modern periodic law which states that physical and chemical properties of elemnts are periodic function of their atomic numbers.
Hydrogen is the first chemical element in the Periodic Table of Mendeleev.
Mendeleev's table was also based upon his Periodic Law, which stated that when elements are arranged by increasing atomic number, there is a periodic repetition of similar chemical and physical properties.
It would be difficult to study the physical and chemical properties of the elements.
Shortly, the chemical and physical properties of chemical elements recur periodically in the periodic table arrangement.
Studying physical and chemical properties of chemical elements it is possible to recognize some trends in the periodic table.
Periodic table help to estimate the chemical and physical properties of elements.
By physical and chemical properties
No its a chemical change
Yes ,Vinegar and any other element of the Periodic Table have a chemical and physical property.
it is the ~group~ of the periodic table of elements
Lanthanides and actinides are placed below the periodic table because of their unique physical and chemical properties.
The Periodic Table
A group is a column of elements that have the same physical or chemical characteristics.
The Periodic Table
An arrangement of known elements in the form of table on the basis of their physical and chemical properties respectively.