Select the correct method from: Simple displacement ,Decomposition by acid, Direct synthesis, Neutralization, Double decomposition used for the preparation of the given salts:
Lead chloride

Select the correct method from: Simple displacement ,Decomposition by acid, Direct synthesis, Neutralization, Double decomposition used for the preparation of the given salts: Iron (III) chloride

Select the correct method from: Simple displacement ,Decomposition by acid, Direct synthesis, Neutralization, Double decomposition used for the preparation of the given salts: Sodium nitrate

Select the correct method from: Simple displacement ,Decomposition by acid, Direct synthesis, Neutralization, Double decomposition used for the preparation of the given salts: Sodium hydrogen sulphate.

Select the correct method from: Simple displacement ,Decomposition by acid, Direct synthesis, Neutralization, Double decomposition used for the preparation of the given salts: Zinc sulphate

Some methods used for the laboratory preparation of salts are : [A] Metal + acid, [B] Carbonate + acid, [C] Carbonate + acid, [D] Precipitation [double decomposition] , [E] Titration , [F] Direct synthesis. State the methods of preparation I.e., A, B, C, Dor E for each of the following salts. Iron (III) chloride

Some methods used for the laboratory preparation of salts are : [A] Metal + acid, [B] Carbonate + acid, [C] Carbonate + acid, [D] Precipitation [double decomposition] , [E] Titration , [F] Direct synthesis. State the methods of preparation I.e., A, B, C, Dor E for each of the following salts. Lead nitrate

Select the correct word from the words in bracket Decomposition of [NaCl//NaHCO_3//NaNO_3] by dil. H_2SO_4 , forms an unstable acid.

Name the method used for preparation of the following salt from the list given below : List : (A) Simple displacement (B) Neutralization (C) Decomposition by acid (D) Double decomposition (E) Direct synthesis. Zinc sulphate

Reactions can be classified as follows: Direct combination, decomposition, simple displacement, double decomposition and neutralisation. State which of the above types takes place in the reactions given below. 2Mg+O_(2)to2MgO

Reactions can be classified as follows: Direct combination, decomposition, simple displacement, double decomposition and neutralisation. State which of the above types takes place in the reactions given below. NaOH+HCl toNaCl+H_(2)O