No how can that be... if it can stick to steel and steel is meatal than it can stick to metal.
Iron and its alloys (e.g. steel) are attracted to magnets
The magnets both have very strong energy there for connecting boths magnitude
Because fridges are made of steel.
They stick to other magnets or iron, cobalt and nickel.
Always did for me, are you sure you haven't confused aluminum for steel?
Iron and its alloys (e.g. steel) are attracted to magnets
Because aluminum isn't made of metal
It is magnetism. Remember, most metals don't stick to magnets. Iron (and steel), and cobalt and nickel do, but none of the other common ones do.
A 'tin can' is actually made of steel, which is a magnetic alloy of iron. There is sometimes a layer of tin (or zinc), electroplated onto the surface, so the name is misleading. It is more properly a 'tinned' can as it is a steel can which has been 'tinned' to stop it from corroding.
The magnets both have very strong energy there for connecting boths magnitude
In general, magnets will stick to steel. There are many stainless alloy steels that are non-magnetic, however. Most stainless steels have a metallic crystal structure that gives them few or no magnetic properties.
Because fridges are made of steel.
Steel will stick to magnets, but stainless steel will not.
They stick to other magnets or iron, cobalt and nickel.
They magnetic and magnets are attracted to metal objects. since the refrigerator has metal in it the magnet sticks to it.
Because refrigerators are made of steel (iron) even though they have nice finish on the outside and magnets are attracted to steel (iron).
any thing that's made out of metal