Scheme of work B Further organic chemistry (7 weeks) Time Learning activity with opportunity Assessment Learning outcome Resources Learning objective taken to develop skills opportunities 3.3.7 0.4 Draw the structural Students make models of optically January 2005 Optical isomerism in ibuprofen: Optical isomerism. weeks formulae and displayed active molecules eg alanine, Unit 4 Q3d formulae of enantiomers in limonene, carvone and draw 3D Molymod models Understand the cause both 2D and 3D. representations. June 2002 and nature of optical Unit 4 Q5a isomerism. Understand how racemic Practical activities: mixtures (racemates) are EP2.5 Heinemann Salters Support Know the similarities and formed and why they are Pack 2nd Edition testing ‘A The effect of polarized light on a differences between optically inactive. solution of sucrose enantiomers. Know the meaning of the Understand the formation terms: chiral, enantiomer, of racemic mixtures. racemic mixture. 3.3.8 1.2 oxidation reactions of Students revisit Tollens’ and January 2010 Giant silver mirror Aldehydes and ketones aldehydes using [O] as the Fehling’s’ tests for aldehydes. Unit 4 Q4 oxidant. Molymod models Know and understand: Students oxidation equations June 2005 Write overall equations for for a range of aldehydes. Unit 4 Q3a The oxidation of reduction reactions using aldehydes. [H] as the reductant. June 2004
Scheme of work B Further organic chemistry (7 weeks) Learning objective Time taken Learning outcome Learning activity with opportunity to develop skills Assessment opportunities Resources 3.3.7 Optical isomerism. Understand the cause and nature of optical isomerism. Know the similarities and differences between enantiomers. Understand the formation of racemic mixtures. 0.4 weeks Draw the structural formulae and displayed formulae of enantiomers in both 2D and 3D. Understand how racemic mixtures (racemates) are formed and why they are optically inactive. Know the meaning of the terms: chiral, enantiomer, racemic mixture. Students make models of optically active molecules eg alanine, limonene, carvone and draw 3D representations. Practical activities: EP2.5 Heinemann Salters Support Pack 2nd Edition ‘A testing The effect of polarized light on a solution of sucrose January 2005 Unit 4 Q3d June 2002 Unit 4 Q5a Optical isomerism in ibuprofen: Molymod models 3.3.8 Aldehydes and ketones Know and understand: The oxidation of aldehydes. 1.2 oxidation reactions of aldehydes using [O] as the oxidant. Write overall equations for reduction reactions using [H] as the reductant. Students revisit Tollens’ and Fehling’s’ tests for aldehydes. Students oxidation equations for a range of aldehydes. January 2010 Unit 4 Q4 June 2005 Unit 4 Q3a June 2004 Giant silver mirror Molymod models
AQA-7405-B-SOW.DOCX