Topic Learning Objectives Practical Ionic charge Be able to determine the ionic charge of an ion from looking at the periodic table Word and symbol equations Be able to write word, symbol equations and ionic equations Relative atomic mass and To be able to determine the Ar and Mr of The determination of relative molecular mass from using the periodic table relative atomic mass – RSC 17 Describe what a mole is, Avogadro’s number. Be The Mole able to calculate a mole, concentration, volume Molar Gas Volume Be able to calculate molar gas volume Mg with dilute H2SO4 with gas syringes to calculate molar gas volume from SoW – Stoichiometric calculations To be able to calculate mol/dm3, reacting mass, volume Titration HCl and NaOH – http://science.widener.edu/svb/pset/stoichio.html with pheolphatlein? Emperical Formula To be able to calculate empirical formula and then The change in mass when molecular formula. magnesium burns RSC – 67 % and % purity Be able to calculate both % yield and % purity. Not sure. % Yield calculate from simple displacement – reactions % purity calculate from titration. E.g. Calculate – amount of iodine in potassium iodade Periodic 1 Summary Topic Learning Objectives Practical
Topic Learning Objectives Practical Ionic charge Be able to determine the ionic charge of an ion from looking at the periodic table Word and symbol equations Be able to write word, symbol equations and ionic equations Relative atomic mass and relative molecular mass To be able to determine the Ar and Mr of from using the periodic table The determination of relative atomic mass – RSC 17 The Mole Describe what a mole is, Avogadro’s number. Be able to calculate a mole, concentration, volume Molar Gas Volume Be able to calculate molar gas volume Mg with dilute H2SO4 with gas syringes to calculate molar gas volume – from SoW Stoichiometric calculations To be able to calculate mol/dm3, reacting mass, volume http://science.widener.edu/svb/pset/stoichio.html Titration – HCl and NaOH with pheolphatlein? Emperical Formula To be able to calculate empirical formula and then molecular formula. The change in mass when magnesium burns – RSC 67 % and % purity Be able to calculate both % yield and % purity. % Yield – calculate from simple displacement reactions % purity – calculate from titration. E.g. Calculate amount of iodine in potassium iodade Not sure. Periodic 1 Summary Topic Learning Objectives Practical