1a. Salts can be made by accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater an accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater solution by adding an alkaline solution (or the other way round!).

1b. A known volume of acid is measured out with a measuring cylinder or more accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater with a accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater and suction bulb and accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater indicator is added and turns accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater.

2. The accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater is added with a measuring cylinder, or more accurately with a accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater.

3. The alkali is added until the accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater turns accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater. The accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater required for accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater is noted. If too much alkali is added the indicator turns accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater!

4. The procedure can now be accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater without the contaminating indicator. The solution is then accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater to reduce the amount of water.

5. The hot accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater solution can be left to cool and accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater.

6. This method uses soluble alkaline metal hydroxides which react with acids to form a salt and water. Complete the following:
(a) accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater hydroxide + nitric acid ==> potassium accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater + water
(b) sodium hydroxide + accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater acid ==> accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater chloride + accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater
(c) lithium hydroxide + sulphuric acid ==> accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulphateuniversalvolumewater + water