All metals can be obtained in a very pure form, sometimes up to a purity of
99,9999 %.
metals
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.
People mix pure metals with other metals to create alloys that have improved properties, such as increased strength, durability, or resistance to corrosion. Alloys can also provide cost savings by using less of the more expensive pure metal while still achieving the desired characteristics.
Gold and platinum are found as pure metals because they are very unreactive and resistant to corrosion. This allows them to exist in nature in a relatively pure form without reacting with other elements. Additionally, their chemical properties make them highly resistant to oxidation and weathering, further contributing to their presence as pure metals.
Pure metals: gold,silver,iron. Mixtures:steel I can't give more............. You know who ever is asking this question well a 5th grader just answer
because u have to with some metals make a mixs ture so there
Preparation of very pure metals.
In Periodic Table are three groups indulging on metals 1. Transition Metals. 2.Pure Metals 'Containing Hydrogen'. 3.Metalliods.
Alkali metals are not found as pure elements in nature.
Metals have metallic bonds.
Iron, zinc, mercury, and aluminum are pure metals commonly encountered.
That is called an alloy.
elements
The three pure metals that do not stick to magnets are aluminum, copper, and gold. This is because their atomic structure does not allow the alignment of magnetic domains necessary for magnetism to occur.
All pure metals are chemical elements; alloys are not elements.
the pure metals are called crimsonine,azurine and i haven't gotten to the third yet.
Alloys are useful improvement over pure metals because they tend to be stronger.