Iron in the presence of oxygen and water, or air moisture, will combine to form Iron Oxide or it more common name rust. But Iron can also combine with chlorine in an oxygen free environment such as re-bars (reinforced concrete post) to form a green rust called Fougerite.
Neither of those metals rust, as rust only happens with iron. As far as which will TARNISH faster, it will probably be the bronze first.
rust is a chemical change it happens when weather is changing. rust jhappens when oxygen and water hit it
The metals that do not rust or degrade outdoors are diamond plate, gold, iridium, and platinum. Other types of metals can rust or corrode differently.
the presence of oxygen is the main condition that causes rust. however, many other substances can cause rust such as salt and water, lemon juice and coca-cola as well!
no probably because water and air combine to make rust
acid
It causes the matals to rust faster.
The sea air has moisture in it, causing the metal to corrode faster.
Most likely salt water. The salt accelerates the rate of corrosion, plus it has the oxygen needed for the metal to rust. Tap water has the oxygen too but with the salt also, it would cause the metal to rust more rapidly.
Yes, saltwater is corrosive for Iron and will cause Iron to rust.
Neither of those metals rust, as rust only happens with iron. As far as which will TARNISH faster, it will probably be the bronze first.
Keep it away from muriatic acid (hydrochloric acid). The acid fumes form muriatic can cause metals to rust faster. My dad has a business that uses muriatic acid for cleaning. The smoke from it, can develop rust on metals immediately on the following day. Heat produced by laptop makes rusting even faster... You don't need to apply the acid to form rust. Using the laptop in a room with acid fumes is enough..
Bar graph
it rusts faster when it is damp cause the moisture of the damp and oxygen when they meet they create rust
water
Yes, it is true; the ion chloride is corrosive.
because like in lemon juice there is an acid that eats through the hardest of metals over time