The chemical properties of elements in group 1 (the alkali metals) are: They are the most reactive metals therefore they are always found in compounds in nature. Reactivity increases as atomic number increases, due to a lower IE (ionization energy). They react with elements in group 17 to give the general formula MX (M is the metal and X represents any members of group 17. M + X --> MX Example Na + Cl --> NaCl The chemical properties of elements in group 17 (the halogens) are: It is the only group that contains all three phases of matter. They occur in nature only in compounds because of their high reactivity. Reactivity decreases as atomic number increases due to lower electronegativitie
Group 1 elements (alkali metals) want to give away their single electron in a compound to become stable at 8, while the Group 17 elements (halogens) want to gain an electron since they are so close to becoming stable at 8 electrons.
Alkali metals (Group 1) donate one electron (per atom) to one atom of Halogens (Group 17)
Both groups are one electron away from a stable outer shell, group 17 needs to gain one and group 1 needs to lose one.
They are very reactive.
They are both gases
The elements in a column on the periodic table form a group (or family) because they have similar physical and chemical properties.
Elements that have similar chemical properties occupy the same group on the Periodic Table.
Periodic means reoccuring. On the periodic table, periodic refers to the elements in each group having some of the same simularities and some of the same properties.
Elements with similar physical and chemical properties are located in a group.
Non-metallic properties
There is no group p on the periodic table.
There is a group of elements in the periodic table as the elements with same properties are clubbed together.
Periodic table group elements with same properties together. Hence their properties can be identified.
B-Group to group
Chemicals in a column, or "group" have similar chemical properties.
periodic table
The properties of technetium were predicted on the basis of the periodic table.
Elements in the same family (group) on the periodic table have the same number of valence electrons and hence they have similar properties and reactivities.
The columns in the periodic table are groups, also called families because the elements in a group have similar properties.
The question is effectively meaningless.
...chemical properties.
In the periodic table, the elements are grouped according to their properties. Elements in a group has an equal number of valence electrons. So the elements in a group have most common chemical properties.