Titrations
Titrations Alkali in conical flask Acid in burette Add indicator to alkali in conical flask Swirl between drops Stop at colour change Concordant Very similar data Results very close to each other The calculation Balanced chemical equation You will be given 3 of Concentration and volume of acid Concentration and volume of alkali The calculation Concentration and volume of acid Concentration and volume of alkali The calculation Concentration and volume of acid Concentration and volume of alkali Concentration and volume of acid Concentration Cacid = 0.1M or 0.1 mol/dm3 Volume Vacid = 13.5 cm3 Concentration and volume of acid Concentration Cacid = 0.1M or 0.1 mol/dm3 Volume Vacid = 13.5 cm3 = 0.0135dm3 Number of moles of acid Cacid = 0.1M Vacid = 0.0135dm3 nacid = Vacid x Cacid nacid = 0.0135dm3 x 0.1mol/dm3 Number of moles of acid Cacid = 0.1M Vacid = 0.0135dm3
Titrations Alkali in conical flask Acid in burette Add indicator to alkali in conical flask Swirl between drops Stop at colour change Concordant Very similar data Results very close to each other The calculation Balanced chemical equation You will be given 3 of Concentration and volume of acid Concentration and volume of alkali The calculation Concentration and volume of acid Concentration and volume of alkali The calculation Concentration and volume of acid Concentration and volume of alkali Concentration and volume of acid Concentration Cacid = 0.1M or 0.1 mol/dm3 Volume Vacid = 13.5 cm3 Concentration and volume of acid Concentration Cacid = 0.1M or 0.1 mol/dm3 Volume Vacid = 13.5 cm3 = 0.0135dm3 Number of moles of acid Cacid = 0.1M Vacid = 0.0135dm3 nacid = Vacid x Cacid nacid = 0.0135dm3 x 0.1mol/dm3 Number of moles of acid Cacid = 0.1M Vacid = 0.0135dm3