Oxygen
Argon
Nitrogen
Hydrogen
Boron
Chlorine
Helium
Sulfur
Neon
because u have to with some metals make a mixs ture so there
No, not all metals are found in the Earth's crust. While the Earth's crust contains a wide variety of metals, some metals are very rare and are not commonly found in geological formations. Additionally, some metals are found in concentrations that are too low to be economically viable for extraction.
Iron and Nickel.
Some of these metals are: Calcium, Magnesium, Sulfur, Sodium, Potassium, ...
Some metals are found uncombined in the Earth's crust because they have low reactivity and do not readily react with other elements to form compounds. These metals include gold, silver, and copper, which are typically found in their pure metallic form in nature.
gold, silver, copper, platinum and some other platinum metals
Metalloids have some properties of both metals and nonmetals. They can exhibit characteristics of metals, such as conductivity, and characteristics of nonmetals, such as brittleness. Metalloids are found in a staircase pattern on the periodic table between metals and nonmetals.
Au and Pt are some metals which do not react with O.
Quick and simple answer is that metals are solid and therefore are affected by the gravity of the Earth more than gases. Therefore gases are in the air and solids are on the surface or under the surface of the Earth.
"No, gold, silver, and platinum are some of the metals which are not ores". Yes, these metals do occur as nuggets of native element, and are dredged, or panned from stream, and river sediments, but there are many sulfides, and oxides of these, and other metals as well. These oxides, and sulfides are the Ore Minerals sought after by prospectors, and mined from in sittu Hard Rock Deposits.
Nitric acid reacts strongly with many metals.
Only a few metals are found in the free state, generally metals react to form for example oxides, sulfides which then may further react. Some found free are gold silver copper and platinum. All of these are relatively unreactive