Best Difference Between Metal and Non Metal
Elements may be classified as either metals or nonmetals based on their properties. Much of the time, you can tell an element is a metal simply by looking at its metallic luster, but this isn’t the only distinction between these two general groups of elements.
Most elements are metals. This includes the alkali metals, alkaline earth metals, transition metals, lanthanides, and actinides. On the periodic table, metals are separated from nonmetals by a zig-zag line stepping through carbon, phosphorus, selenium, iodine, and radon. These elements and those to the right of them are nonmetals. Elements just to the left of the line may be termed metalloids or semimetals and have properties intermediate between those of the metals and nonmetals. The physical and chemical properties of the metals and nonmetals may be used to tell them apart.
Nonmetals, with the exception of element, area unit settled on the correct facet of the tabular array. parts that area unit nonmetals area unit element, carbon, nitrogen, phosphorus, oxygen, sulfur, selenium, all of the halogens, and also the noble gases.
Key difference between metal and non-metal:
The table consists of components that are metals, those who are nonmetals, and components with properties intermediate between the 2 teams (metalloids).
Metals tend to be onerous, metallic-looking solids, with high electrical and thermal conduction values and high melting and boiling points.
Nonmetals tend to be softer, typically colourful components. they will be solids, liquids, or gases. they need lower melting and boiling points than most metals and are not sometimes smart conductors.
The distinction between metals and nonmetals is somewhat fuzzy. Components with properties of each metals and nonmetals area unit referred to as semimetals or metalloids. A stair-step line roughly divides metals from nonmetals on the tabular array. But, chemists acknowledge that naming one part a “metal” and therefore the one next thereto a “metalloid” may be a judgement decision. In truth, most metals show the properties of nonmetals underneath sure conditions, and nonmetals act like metals in some things.
Hydrogen may be a example of part that acts as a nonmetal some times, however as a metal different times. underneath traditional conditions, element may be a gas. As such, it acts sort of a nonmetal. But, underneath high it becomes a solid metal. when a gas, element typically forms the +1 ion (a antimonial property). Yet, generally it forms the -1 ion (a nonmetal property).