Curie temperature
property
An atom behaves on how many penises it has
it does not dissolve
property
The "ease" with which light travels through a lens has to do with the material the lens is made of. If a concave and convex lens are both made of the same material, say, silicon glass, then the light behaves in an identical way within both lenses. What happens on the front and back sides of the surface of the lens is a different story. This is because the light will be reflected and refracted differently by the different lenses because of their shape. But the light behaves the same way within both lenses as it is passing through.
Curie point is the temperature above which a ferromagnetic substance behaves as a paramagnetic substance.
The amount and rate of stress applied, the type of rock, and the temperature and pressure under which the rock is strained.
property
Only if the "other material" is magnetic, or paramagnetic (susceptible to magnetic forces)
Light is scattered
As temperature increases the resistance of semiconductors decreases. This means that semiconductors have a negative temperature coefficient.
temperature, light and electrical currents etc.
The asthenosphere can deform in a ductile manner (i.e. it behaves like a very viscous fluid - imagine very, very, very thick treacle) unlike the overlying lithosphere which behaves as a brittle material and so fractures into separate fragments known as plates.
An intrusion is the injection of one material into another. To form, one material has to be more fluid than the other (eg mud, water or magma) so that it behaves hydraulically, while the more solid material can be fractures and forced apart by the more fluid material. When this happens the fluid material forces its way into the solid material as an intrusion.
Sort of. In the temperature range of 0-4 Degrees Celsius water contracts when heated and expands when cooled. Outside of this temperature range it behaves normally.
An atom behaves on how many penises it has
If a wire is wrapped around a ferromagnetic material (those which are attracted by a magnet) and a current is flown through the wire, the material behaves like a magnet. This phenomenon is known as electromagnetism. The electromagnet can attract other ferromagnetic material just like any magnet. Usually a soft iron-core is used for good results. By such a phenomenon you get a temporary magnet whose magnetic property can be switched on or of by a switch! You can try this at home by wrapping a wire around an iron-nail and using a battery for current.Hope this helps:)