Argon has a full octet of outer electrons. It is thus in its most energetically stable state. It would be energetically very unfavorable (almost impossible to date) to even form compounds. So in nature it would only be found in its pure uncombined form.
Argon is a "Noble Gas", and thus is almost always found in nature in it's pure elemental form.
However, as a Noble Gas, its Melting Point is: −189.35 °C
Its boiling point is: −185.85 °C
Thus it is only found as a liquid or a solid at extreme temperatures and pressures.
It is relatively common in the earth's atmosphere (mixed, of course, with oxygen, nitrogen, and other elements and compounds), and can dissolve somewhat in water.
Although generally inert, argon fluorohydride (HArF) has been synthesized at extremely low temperatures.
Being very unreactive argon is encountered only as a pure gas not as a compound; argon is a component of air and is used in welding and fluorescent lamps.
Naturally, it is part of the atmosphere so the answer is no.
You would expect to find igneous or metamorphic rocks, depending on the depth.
i would say nature
Physically I would expect to find the same boiling and melting points, and the same density. Chemically, I would expect the same reactivity with other substances.
nature is the way the world naturaly is. this would mean that a paved side walk is not nature.
narnia
yes because it id a natural element and you would get it and make milk out of it
No, lithium is very reactive metal and you would expect it find it as one of the ions ion present in minerals.
egg shels
You would expect to find poetry of a religious nature.
the majority of metals are found combined with other elements in nature. Only a few are found uncombined- the best known example is gold.
James welling
The metal would be known as an elemental. Metal is most commonly found in nature as an ore, a mixture of the metal and other elements. Most metals are not found in their elemental form, copper being one of the exceptions.
Yes, this is essentially correct. We don't find chlorine in nature in an uncombined state, but when we make chlorine gas, it appears as the diatomic molecule Cl2.
Hydrogen is an extremely abundant element and can be found just about everywhere. In its diatomic elemental form, hydrogen can be found in the atmosphere as well as in stars. However, it is a moderately reactive element and can be found in molecules ranging from water (hydrogen dioxide) to nucleic acids.
It doesn't seem likely. Selenium isn't terribly reactive, and selenium monochloride exists in equilibrium with a different kind of selenium chloride, chlorine gas, and elemental selenium; this indicates that there's not a huge energy difference between the uncombined elements and the compound, as you would expect there to be if they "blew up" when combined.
You would expect a sandwich to be filling and tasty.
they would expect an answer