The stair step that is seen in the group 3-7 of the representative element ( the right most side of the Periodic Table) divides the table of elements into two..
The right side of the stairs are the non metals (eg is the C, S, Cl etc..) They possess the characteristic of non metals ( poor conductor of heat and electricity etc...)
The left side are the metals ( well known of it are Gold, Silver, Platinum)
They are malleable, have high melting point, good conductors of heat and electricity etc...)
And those around the stair steps are the metalloids (eg. Boron, Silicon, Germanium, Arsenic, Antimony, Tellurium, and Polonium)
have a half characteristic of metals and non metals..
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>They are semi conductor of heat and electricity and reacts as metal or non metal depending on the element you bond in them..
The stair step that is seen in the group 3-7 of the representative element ( the right most side of the Periodic Table) divides the table of elements into two..
The right side of the stairs are the non metals (eg is the C, S, Cl etc..) They possess the characteristic of non metals ( poor conductor of heat and electricity etc...)
The left side are the metals ( well known of it are Gold, Silver, Platinum)
They are malleable, have high melting point, good conductors of heat and electricity etc...)
And those around the stair steps are the metalloids (eg. Boron, Silicon, Germanium, Arsenic, Antimony, Tellurium, and Polonium)
have a half characteristic of metals and non metals..
>
>
>They are semi conductor of heat and electricity and reacts as metal or non metal depending on the element you bond in them..
The vertical rows in this table indicate that the elements in a particular row are all part of a family of elements sharing certain similarities. Try picking up a copy of "The Intelligent Mans Guide to Science" by Asimov. It covers a lot of topics like this (how lasers were invented, who dicovered vitamines etc. and it's a nice entertaining book to read.
No. they are metalloids and are all solids
metal, metalloid, and non-metal. Metals are everything left of the stair-step line, metalloids are MOST of the metals along the stair-step line, and non-metals are everything to the right of that line. The stair-step line is a line that goes (in a stair-like fashion) from between Al and B to between Po and At.
Al is a transitional metal since it is under the stair-step line that divides transitional metals from non-metals.
Non-metals are located on the far right of the Periodic Table, past the stair-step line containing metalloids.
If the stair step line on periodic table divide, then the elements to the left of this line are metals, except hydrogen
If the stair step line on Periodic Table divide, then the elements to the left of this line are metals, except hydrogen
The stair step line
those to the right of the stair-step line
Metalloids or semiconductors
No. they are metalloids and are all solids
The metalloids are found bordering the stair-step line, except for Aluminium and Astatine. The stair-step line divides the metals and non-metals and is near the right side of the table.
metal, metalloid, and non-metal. Metals are everything left of the stair-step line, metalloids are MOST of the metals along the stair-step line, and non-metals are everything to the right of that line. The stair-step line is a line that goes (in a stair-like fashion) from between Al and B to between Po and At.
You think probable to aluminium and polonium.
Divides metals and non metals
Al is a transitional metal since it is under the stair-step line that divides transitional metals from non-metals.
The elements on the stair step line are metalloids, to its left are metals and to its right are non metals.
The elements on the stair step line are metalloids, to its left are metals and to its right are non metals.