no because argon contains no silver in the word whatsoever. therefore silver could not be a color within the nomenclature of the word argon.
Nomenclature is a system of names or terms that are used by a particular art, science, individual or community.Nautical nomenclature could include such terms as bilge water, spar, and mooring.Architectural nomenclature could include such terms as threshold, sill, rafter, and joist.Access the related online dictionary link listed below for more information:
It cannot be removed.
That isn't a correct nomenclature. It could mean 1,150.
Yes. That is how argon is produced on a commercial basis.
Nothing. Literally nothing, because argon is totally inert. It isn't a poison and you could breathe argon all day long except then you would die of not having any OXYGEN in your lungs. But you could breathe a 80% argon/20% oxygen mixture for an indefinite period.
Ignoring all the normal problems you could have in welding (see other answers) - Argon welding has specific concerns that you normally do not find in other types of welding. Never weld in an enclosed area (without air movement) Argon is a 'heavy' gas that displaces oxygen, if you were to weld with argon above a depression (tank, pit, pipe) the area below could become filled with Argon and entry could cause suffocation and or death. A small space can fill with argon quickly, and a air tight space can fill without detection. Also argon as a compressed gas can cause burns if the line is ruptured (-302F).
maybe its light or maybe i am wrong or it could be something that we can sense about it argon for example gas as argon's a noble gas....and i think it would not help u so keep searching for the answer or ask a science teacher......
Argon is chemically inert, it does not combine with other elements. So there wont be any items at home made from argon, except for the neon lights. Neon lights when mixed with argon produces different colour depending on the ratio of each.
You get a very happy person
Liquid argon could in theory be used for cryogenics, but it has a similar temperature range to liquid nitrogen, which is tremendously cheaper and more abundant than argon. For the lower temperature ranges, you would use liquid helium.
40-Argon is formed by the radioactive decay of 40-Potassium. 40-Argon is stable so it could have been created from the potassium 4 billion years ago or yesterday; or even 5 nanoseconds ago.
Argon is non-toxic and so does not affect people in any significant way. It is significantly denser than the other gases in air and so, in an enclosed space, it can fill the lower layers. This could result in death by asphyxiation - particularly because, being inert, argon is often used in tanks which could contain explosive fumes.