2Al(OH)3 + 3H2SO4 -> Al2(SO4)3 + 6H2O
Looks like aluminum hydroxide and sulfuric acid will form the salt aluminum sulfate and water.
Aluminum Hydroxide[Al(OH)3] and Sulphuric acid react to form Aluminum Sulphate and water.
Sulfuric acid and Calcium hydroxide (or any Calcium salt of a Weaker acid than Sulfuric acid)
You mean Na2SO4, you can combine NaOH and H2SO4. ;)
The answer is: aluminium hydroxide and sulfuric acid.
The base is barium hydroxide and the acid is sulfuric acid.
Aluminum Hydroxide and Sulfuric acid
usually it will be copper sulfate as a limiting reagent
Maybe...iron would replace aluminium to form iron sulphate. iron+aluminum sulfate--->iron sulphate+aluminium.
Aluminum would be the limiting reagent
Since barium chloride is reactive with sulfate ions there would be more precipitate present. The solution with more precipitate present would show it had higher amounts of sulfate ions
NO
usually it will be copper sulfate as a limiting reagent
Maybe...iron would replace aluminium to form iron sulphate. iron+aluminum sulfate--->iron sulphate+aluminium.
Aluminum would be the limiting reagent
Since barium chloride is reactive with sulfate ions there would be more precipitate present. The solution with more precipitate present would show it had higher amounts of sulfate ions
Magnesium will react with sulfuric acid to produce magnesium sulfate.
Yes, they do react, to form Sodium sulfate and Water
NO
Sodium hydroxide and sodium sulfate don't actually react.
Yes, Aluminum Sulfate is an ionic compound.Al2(SO4)3 is Aluminum SulfateSO4-2 is a polyatomic anion with a charge of -2.Al is Aluminum, a metal and therefore a cation, with a charge of +3.All ionic compounds have an overall charge of 0, so the number of Sulfate ions and Aluminum must be changed in order to achieve a charge of 0.When the charge of 0 is achieved, you end up with:Al2(SO4)2
Nothing, they do not react
No it will not, because sulfate is not an oxidant to Mg.
Mostly acidic foods such as egg yokes, artichokes, and some fruits could react with the magnesium/aluminum alloy used in pans.