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It depends on the quality, but a tin can takes 50 years, so it takes a long time.
You can, but you need heat and charcoal. Tin = Sn Carbon = C Oxygen = O2 SnO2 (tin oxide/tin ore) + C = Sn + CO2 You need to melt the tin ore and charcoal (made of C) together, and the carbon will take the oxygen from the tin oxide, creating carbon dioxide and tin. Voila, have your tin, and your waste compound, carbon dioxide.
It depends on the status of the can.Tin cans (tin coated steel cans) will rust away within a few years if exposed to moisture,On camping trips it is common to toss empty cans in the fire to remove protective paint or plastic which protects the metal from oxidation to hasten the process.In dry conditions they can last for many decades.
hopefully after matthew dies :P
Tin-Tin Kyrano was created in 1965.
1 yearc or may be two it depends
It depends on the quality, but a tin can takes 50 years, so it takes a long time.
50
I think over the years it would degrade.
It takes about
It can take tin cans anywhere from 50 to 100-years to biodegrade. The decomposition is very dependent on the environment where the material is decomposing.
Tin foil, so called, is these days more likely to be aluminum foil. This is because aluminum is much cheaper, and is adequate for the purpose. Both metals will degrade in the long time, but whether by biota (biodegradable) or by chemical means (corrosion) is probably immaterial. Tin tends to be toxic to many biota, hence the use of tributyl tin in anti-fouling paints on boat hulls. These have a widespread destructive effect on their local environment. Which is now considered undesirable.
Tin
48 years
some compounds can take along time to heat but the easiest is alumanuim copper steel tin
I think it's a trick question. How do you dig a half a hole? And note that half a hen is working. Also, how could a wasp walk through a tin?
tin may take 50 to 100 years to break down. Thermal factors such as "tin pest" as well as what substances have bonded with the tin (i.e. organic tin) can significantly affect the rate at which tin 'decomposes'.