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Does the zig - zag line on the periodic table separate the metals from the non metals?
Wiki User
∙ 13y ago
There's no reason for it.It was built on the basis of increasing atomic number and then the similarities were observed. However you can say this is because of the presence of the metalloids present b/w them which form the zig-zag line.
Wiki User
∙ 13y ago
Wiki User
∙ 11y agoThe elements to the left of the zig zag line (amphoteric line) are the metals, to the right of the line are the non-metals. The elements that fall directly alongside the line are metalliods (boron, silicon, germanium, arsenic, antimony, tellurium) (sometimes polonium, astatine are included)
Wiki User
∙ 13y agoThey are seperatec by a line that goes from under boron going across then down across then down until it reaches astatine. This spilts the non metals on the right and the metals on the left.
Wiki User
∙ 13y agoYes the zig zag line does separate the non metals from the metals and the elements touching the zig zag line are called semi metals
Wiki User
∙ 11y agoThe amphoteric line is a zig-zag line going down the periodic table which separates metals and non-metals
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What does the zig zag line on the periodic table spearte?
The zig zag lie comprises of metalloids. They separate transition elements and non-metals.
What is the purpose of the zig zag lne on the periodic table?
The zig-zag line (or sometimes known as the staircase) separates the metals in the periodic table from the non-metals. Metals are present on the left of the zigzag line and non metals to its right. The elements on the staircase are known as metalloids.
What are the elements next to the stairstep line called on the periodic table?
Elements to the left of the stair-step line are metals and to the right are the nonmetals.
What does the bold line on the periodic table to the right divide?
If the stair step line on periodic table divide, then the elements to the left of this line are metals, except hydrogen
From what row to what row are the metals located in the periodic table?
All of the metals on the periodic table are on the left side. Your periodic table probably has what looks like a broken diagonal line running around the middle. Everything to the left of this line (except hydrogen) is a metal.
Where can you find the semi metals on the periodic table?
The semi metals are called metalloids. They are present on zigzag line on periodic table.
Where are seimetals located in the periodic table?
Semi metals are present in zig-zag line in periodic table. It is towards right in periodic table.
What does the stair step line on the periodic table?
If the stair step line on Periodic Table divide, then the elements to the left of this line are metals, except hydrogen
Where can you locate metals and non metals from periodic table?
Nonmetals are located in the right corner of the periodic table of Mendeleev. See the link bellow for a periodic table. What? The nonmetals are located on the right of the periodic table, such as oxygen, nitrogen and chlorine.
What is to the right of the zigzag line on the periodic table?
Non metals
What is on the right of zigzag line on the periodic table?
Non metals
Where on the periodic table are the metals located?
in the zig zag line
What does the zig zag line on the periodic table spearte?
The zig zag lie comprises of metalloids. They separate transition elements and non-metals.
Where are majority of the metals located in the periodic table?
On the left side of the stairs (or the zig zag line) on the periodic table.
What is the purpose of the zig zag lne on the periodic table?
The zig-zag line (or sometimes known as the staircase) separates the metals in the periodic table from the non-metals. Metals are present on the left of the zigzag line and non metals to its right. The elements on the staircase are known as metalloids.
What are the elements next to the stairstep line called on the periodic table?
Elements to the left of the stair-step line are metals and to the right are the nonmetals.
What is the location of metals on periodic tables?
Metals are everything from the left side to a diagonal line between aluminum and bismuth.
