| 1.0 Demonstrate mastery of basic concepts in geometry and algebra | 1.1 Use geometry, approximations, relations and functions in various contexts | Identify relations from ordered pairs and everyday associations; identify key terms and given values; demonstrate the method using an example; explain the result | | | | | |
| 1.0 Demonstrate mastery of basic concepts in geometry and algebra | 1.1 Use geometry, approximations, relations and functions in various contexts | Represent relations using arrow diagrams and Cartesian products; create a suitable table or diagram; solve a related mathematical task; verify the result | | | | | |
| 1.0 Demonstrate mastery of basic concepts in geometry and algebra | 1.1 Use geometry, approximations, relations and functions in various contexts | Distinguish functions from general relations using mapping rules; analyse a contextual example; show all calculation steps; justify the answer | | | | | |
| 1.0 Demonstrate mastery of basic concepts in geometry and algebra | 1.1 Use geometry, approximations, relations and functions in various contexts | Classify one-to-one, many-to-one and other relations; identify key terms and given values; demonstrate the method using an example; explain the result | | | | | |
| 1.0 Demonstrate mastery of basic concepts in geometry and algebra | 1.1 Use geometry, approximations, relations and functions in various contexts | Identify linear and quadratic functions from expressions; create a suitable table or diagram; solve a related mathematical task; verify the result | | | | | |
| 1.0 Demonstrate mastery of basic concepts in geometry and algebra | 1.1 Use geometry, approximations, relations and functions in various contexts | Compare linear and quadratic representations; analyse a contextual example; show all calculation steps; justify the answer | | | | | |