Use hydrogen peroxide 9%. it's brilliant.Soak the boil three times a day for a few minutes.It stings like hell but in two or three days it's all gone.Amazing
water h20 Carbon dioxide C02 Table salt sodium chloride idk the symbol methane ch4 rust iron oxide again i dont know the symbol magnesium oxide copper sulphate zinc sulphate ammonia nh3 ethane
I DONT KNOW
No. This is a redox question. It is asking whether the reaction will occur spontaneously. In order for Mg+2 to spontaneously oxidize Cu(s), Mg+2 needs to have a higher reduction potential (the tendency to be reduced) than Cu+2. Check a redox table to see: Mg2+ + 2 e− --> Mg(s) E° = −2.372 Cu2+ + 2 e− --> Cu(s) E° = +0.340 (More favorable reaction) Cu2+ has a higher reduction potential, meaning Mg2+ will not oxidize Cu(s).
Well, I dont know. Well, I dont know.
Just tried it. Dont do it
a big lump of mess i dont think so copper sulphate +sodium hydroxide = Na2So4 +Cu(OH)2 WHICH IS SODIUM SULPHATE AND COPPER HYDROXIDE
dont know and dont care
you dont
no i dont
i dont know either
Mg + H2SO4 → MgSO4 + H2↑Magnesium(s) + Sulfuric Acid(aq) → Magnesium sulfate(aq) + Hydrogen(g)Many metals will react with acids to produce hydrogen, so they too produce hydrogen with sulfuric acid. The hydrogen will be produced from the protons creacted by the acid, and the remainder will become a salt (in aqueous solution) with the metal. If you boil away the remaining acid and water you would be left with crystals of magnesium sulphate. Without removing the water, the magnesium will still be dissolved, and be ionized: Mg(s) + H2SO4(aq) → Mg+2(aq) + SO4-2(aq) + H2(g)
well why dont you aswer it your own way and dont copy and paste of the internet