No, because the principle of conservation of matter states that during a chemical reaction, matter is neither created nor destroyed. The total mass of reactants MUST equal the total mass of products.
No. The extra weight it receives is a result of oxidation, or the process in which oxygen (from the air) bonds with the iron.
No. The iron metal has chemically bonded with oxygen to form rust. The oxygen in the compound accounts for the extra weight.
No, because the additional mass incorporated into iron that rusts is removed from the atmosphere surrounding the rusting iron.
it makes the rock rusty
You most likely have iron and/or iron bacteria. Take a sample for lab analysis.
The mass was conserved in the reaction of iron and sulfur. The law of conservation of mass states that mass is neither created nor destroyed. The weight of the beginning materials, iron and sulfur are exactly equal to the weight of the product, iron sulfide.
Mars is red simply because it is rusty. All the iron oxide colors the soil, hence the nickname the"Red Planet."
Al, Si, P, and S
Why should it violate it? Atoms are simply rearranged. No new atoms are created, no atoms are destroyed. The rust will have more mass than the original iron (or whatever metal is rusting), but that's because oxygen atoms from the atmosphere are added. Add: This does not violate the law of conservation of mass, because the mass of the rust is the combined mass of the iron and the oxygen in the atmosphere that reacted to form the rust.
If you expose iron to air then it gets rusty but it sure does take ime to get rusty.
Steel or iron goes rusty in water.
Yes it does
If they have iron oxide on them.
They are made out of iron
Only those coins made from iron or an iron alloy, and that are rusty.
copper copper
Rusty iron no longer can conduct electricity because it is corroded, or it reacts chemically to form a compound that weakens it.
Homogeneous
It weighs more because the iron reacts with oxygen in the air to form oxides which are solids which appear to grow on the iron as more oxygen comes along. I wouldn't call it conservation of mass except in the sense that no mass is destroyed or created, but that alone doesn't explain the chemical reaction.
Fe. Which is iron. rusting is oxidisation, and the iron turns to iron oxide (Fe2O3)