Yes. Physics deals with everything in existence that we can observe, and some things that we can't, like black holes.
Everything is the universe is related to physics. Physics is the science of all matter and energy, which includes metals.
magnets are used in physics and this shows us that metals are magnetic
In physics, mobile electrons refer to electrons that are able to move freely within a material, such as in metals. These electrons are not bound to specific atoms and can conduct electricity.
"Discoveries" such as waterfalls (natural features) or gravity (natural laws of physics) or resources like metals (elements).
Dirk Onderdelinden has written: 'Sputtering of F.C.C. metals' -- subject(s): Ion bombardment, Sputtering (Physics)
B. R. Coles has written: 'Electrons in solids' 'Solid state physics in particular metals'
They need to know a lot about physics, how to structure things about heat electricity etc. and they must know what metals are strong or weak.
They need to know a lot about physics, how to structure things about heat electricity etc. and they must know what metals are strong or weak.
Albert Einstein won the Nobel Prize in Physics in 1921.Surprisingly, it was not for his work on relativity. Rather, the prize was for Einstein's discovery of the Law of Photoelectric Effect, which deals with the effect of light on metals.
H.W Willemsen has written: 'The stress dependence of electronic properties in axial metals (Zn)' -- subject(s): Physics Theses
The difference in the electron and hole mobilities is responsible for the small negative Hall coefficient of intrisic semiconductors. Refs: C.M.Hurd : Hall effect in metals and alloys R.Asokamani :solid state physics Busch& Schade; Solid state Physics
The link might be Materials Science - the chemical and physical properties of materials such as metals, plastics etc. At a fundamental level chemistry is physics in action - the making and breaking of bonds between atoms and molecules, often with the absorption or emission of energy as heat and/or light.