that's what I'm trying to figure out too...
Around 80 percent of the elements on the Periodic Table are metals. Some of the metals are tin, aluminum, francium, lead, and magnesium.
No such thing, because when you zoom in down to the nano scale gold is not gold anymore as its properties change at the nano scale.
iridium osmium platinum plutonium
metals
No, all elements on the periodic table cannot be classified as either metals or nonmetals. Some elements, known as metalloids, have properties that fall between those of metals and nonmetals. These elements are typically found along the zigzag line on the periodic table.
For cosmologists, all elements except hydrogen and helium are considered to be "metals".For ordinary purposes, some metallic elements are:lithiumberyliumsodiummagnesiumaluminumpotasiumcalciumscanfdiumtitaniumvanadiumchromiummanganeseironcobaltnickelcopperzincgalliumrubidiumstrontiumyttriumzerconiumniobiummolybdenumtechnetiumrutheniumrhodiumpaladiumsilvercadmiumindiumtincesiumbariumlanthanumceriumpraseodymiumneodyniumpromethiumsamariumeuropiumgadoliniumterbiumdysprosiumholmiumerbiumthuliumytterbiumlutetiumhafniumtantaliumtungstenrheniumosmiumiridiumplatiniumgoldMercurythalliumleadbismuthpoloniumfranciumradiumactiniumthoriumprotactinumuraniumneptuniumplutoniumamericiumcuriumberkeliumcaliforiumeinsteiniumfermiummendeleviumnobeliumetc.
Uranium is a member of the actinoids family. These chemical elements are:- they are considered frequently transition metals- they are radioactive elements- some are artificial elements- they have variable valence
The metallic elements in the Periodic Table includes the alkali metals, alkaline earth metals, transition metals, post-transition metals, Lanthanides, actinides, and other elements that are considered metal. You can refer to the metallic elements in Wikipedia for the full details of which elements belong to this classification.
Some elements are metals; others are not. You are familiar with the general physical properties of common metals such as iron, copper, silver and gold. The other metallic elements are those that have similar physical or chemical properties. There are also some other elements that are similar enough, such as antimony, that they considered to be metals by some people. Metals are typically at least somewhat hard, shiny, able to be pressed or hammered into shape without breaking or cracking (unlike glass, for example) and good conductors of electricity and heat.
Around 80 percent of the elements on the Periodic Table are metals. Some of the metals are tin, aluminum, francium, lead, and magnesium.
No such thing, because when you zoom in down to the nano scale gold is not gold anymore as its properties change at the nano scale.
Chemical elements, solids, metals
NO!!!! There are Metalloids, Non-Metals, Liquids and Gases. Here are some examples. Metal ; Iron(Fe) Metalloid ; Germanium (Ge) Non-metal ; Sulphur(S) Liquid ; Mercury(Hg) (And a metal). Gas ; Fluorine(F)
Semi-metals, also known as metalloids, exhibit properties of both metals and nonmetals. While they have some metallic characteristics, they are not considered true metals. Instead, semi-metals are a distinct category in the periodic table.
Metals considered minerals are composed of one element. Those elements considered metallic have some shared properties in electrical conductivity and luster.
The elements of the d-block are mostly considered to be metals and have a lustrous metallic appearance.
The heaviest metals on the periodic table are typically considered to be elements like uranium, plutonium, and curium. These elements have high atomic numbers and are known for their dense and heavy properties.