1a. Salts can be made by  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater an  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater 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  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater with a  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater and suction bulb and  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater indicator is added and turns  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater.
2. The  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater is added with a measuring cylinder, or more accurately with a  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater.
3. The alkali is added until the  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater turns  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater. The  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater required for  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater is noted. If too much alkali is added the indicator turns  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater!
4. The procedure can now be  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater without the contaminating indicator. The solution is then  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater to reduce the amount of water.
5. The hot  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater solution can be left to cool and  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater.
6. This method uses soluble alkaline metal hydroxides which react with acids to form a salt and water. Complete the following:
(a)  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater hydroxide + nitric acid ==> potassium  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater + water
(b) sodium hydroxide +  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater acid ==>  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater chloride +  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater
(c) lithium hydroxide + sulfuric acid ==>  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater  accuratelyacidalkaliblueburetteconcentratedcrystalliseevaporatedgreenhydrochloricindicatorlithiumneutralisationneutralisingnitratepipettepotassiumredrepeatedsodiumsulfateuniversalvolumewater + water