There is also usually a bold zig-zag line running from just left of boron (#5) to the lower right hand corner of the table. Some people think this line looks like a staircase, so the scientific community calls it the staircase. This line separates elements that have been observed to be metals from those that have been observed to be non-metals. Elements touching the staircase often have some properties of both metals and non-metals, so they are called semi-metals or metalloid
Metallic minerals generally exhibit good electric and thermal conduction, have a shiny metallic luster on fresh surfaces, and high density and malleability when compared to non metallic minerals.
On the Periodic Table, there is usually a dark stair-step line running from boron to polonium. That line shows where the metalloids are on the periodic table. To the left of the metalloids are the elements that are metals and to the right of the metalloids are the elements that are the non-metals.
On the periodic table, the left side are the metals, and the right side is the non metals. The elements whose symbols are not shaded in means they are most probably gases.
On the periodic table, it is known as the staircase
Those elements are called metalloids.
They mark a bridge of separation between the metals and the non-metals.
Ampotheric line
The staircase separates metals from non-metals. The elements on the stair case is metalloids, the metals to the left of the stairs are metals and the elements to the right of the stairs are non-metals.
nonmetals
Nonmetals and metals
The halogen elements are a subset of the nonmetals.
The property characteristic of many nonmetals and few metals is odor.
separates them into distinct groups such as metals and nonmetals
On the left all the way up to the line that separates the metals from the metalloids and nonmetals.
On the left all the way up to the line that separates the metals from the metalloids and nonmetals.
On the left all the way up to the line that separates the metals from the metalloids and nonmetals.
the staircase that seperates metals and nonmeatals begins below boron
It separates the metals, which are on the left side from the nonmetals which are too the right side of the black line
It separates the metals from nonmetals in the Periodic Table. -Anartori
Metals: alkaline metals Nonmetals: halogens
The staircase separates metals from non-metals. The elements on the stair case is metalloids, the metals to the left of the stairs are metals and the elements to the right of the stairs are non-metals.
because metalloids usually have properties that are similar to metals and nonmetals
Metals and nonmetals form ionic bonds.
nonmetals