That's not an indication of a metal.
If you think that's bad, try Nitrogen with +5
All it indicates is that it can give up electrons. (Carbon usually shares them.)
it depends on the valency of the atoms
Compounds with just hydrogen and carbon are referred to as hydrocarbons.Hydrogen is a non-metal. It is the simplest element in the periodic table.Carbon is a special non-metal, it has a valency of 4 which allows it to form complex structures with not only itself but other elements, carbon is the basis of life.
Carbon is a non-metal.
1
Carbon is a non-metal while potassium is a metal.
Carbon is an element. It is a non metal
C is carbon, and carbon is a non metal.
because it has non of the aspects of carbon! this makes it a non metal
carbon are non-metal. Covalent bonds are formed between non-metal and non-metal.
No. A pure diamond is carbon, and it is an allotrope of this element in the same way that graphite (pencil lead) is an allotrope of carbon. Thus, diamond is not a metal because carbon is not a metal.
The easiest way to determine the valency of an atom is to locate its place on the periodic table. Generally, it is useful to remember that metals tend to give away valence electrons where non metal atoms tend to obtain them. For example, sodium, a metal, is in group 1 has valency of 1. Sulfur, a non metal, is in group 16 and is 2 electrons away from its stable electron configuration, hence it has valency of 2.
ammonium NH4 does not state that is a metal or non metal because it has valency 1 that is a properties for a metal but also has nitrogen and hydrogen are both present in it which are both non metals , so it cannot be stated that ammonium is a metal or non metal.