It might oxidize (rust). Steel wool has a large surface area, far greater than say a sphere of the same weight. More surface area means quicker oxidization.
The duration of Steal Wool is 360.0 seconds.
Steal Wool was created on 1957-06-08.
Steal Wool - 1957 was released on: USA: 8 June 1957
Steal Wool - 1957 is rated/received certificates of: Canada:G (Nova Scotia) USA:Approved (PCA #17901)
The Reaction by the colonists to the Wool Act of 1699. The reaction to the Wool Act was anger and resentment. Many colonists opposed the Wool act by buying more flax and hemp to ensure that they would not have to buy clothes from England.
well very obviously it would be damp .but the wool would lose its couler slowly and the felt would be the same it will be just wet.
The steel wool will burned and turned in black substance.
you shouldn't get clothes with wool in them.
A Big Bang
Both need oxygen and a main heat source like a Bunsen burner witch is a non luminous flame but you can use a wick candle and take a piece of steel wool and fluff it up a bit so oxygen can get in to the spaces to let the steel wool burn faster and more efficient because the oxygen feeds the flame. Then light the fluffed steel wool. You will see a combustion reaction with the steel wool, the oxygen and it's ignition source. 2Fe + 3O2 + heat = then make your observation The same kind of reaction goes with the rusting of steel wool but it's just oxidization of the iron in the steel and to have a rusting reaction you will need a liquid compound such as water or some time gasoline will rust steel but the test you would do gasoline would not be a safe solution but water would work better because the natural sodium and other minerals would help in the decomposition reaction to the steel So for the test take steel wool ( just about a half a gram) and jam it in the back of a long but narrow test tube the take a graduated cylinder and put about 50ml just enough for a precipitation reaction ( basically condensation) so the steel wool can have O2 and H2O to rust the steel wool. So put the narrow cylinder test tube face down in the water so the steel wool at the bottom of the test tube us faceing down and not in the water. So right now theirs a tight seal of O2 and H2O vapors allowing a decomposition reaction Fe + O2 + H2O = observe the results may vary The similarity is they both use a single decomposition reaction
steel wool
When bromine gas reacts with iron wool, it forms iron bromide. The reaction is typically exothermic and produces a brownish-red solid substance on the iron wool. This reaction can release toxic bromine vapors, so it should be conducted in a well-ventilated area.