| 1.0 Demonstrate mastery of concepts, theories and principles in Physics | 1.1 Demonstrate an advanced understanding of the concepts, theories and principles in Physics | (i) Explain direct and alternating current. (ii) Distinguish electrical networks. (iii) Solve current electricity problems. | | | | | |
| 1.0 Demonstrate mastery of concepts, theories and principles in Physics | 1.1 Demonstrate an advanced understanding of the concepts, theories and principles in Physics | (i) Construct DC and AC circuits. (ii) Measure current and voltage. (iii) Interpret electrical measurements. | | | | | |
| 1.0 Demonstrate mastery of concepts, theories and principles in Physics | 1.1 Demonstrate an advanced understanding of the concepts, theories and principles in Physics | (i) Analyse electrical networks. (ii) Apply electrical principles to practical situations. (iii) Present solutions. | | | | | |
| 1.0 Demonstrate mastery of concepts, theories and principles in Physics | 1.1 Demonstrate an advanced understanding of the concepts, theories and principles in Physics | (i) Explain electromagnetic force. (ii) Demonstrate electromagnetic induction. (iii) Describe electromagnetic waves. | | | | | |
| 1.0 Demonstrate mastery of concepts, theories and principles in Physics | 1.1 Demonstrate an advanced understanding of the concepts, theories and principles in Physics | (i) Investigate electromagnetic induction experimentally. (ii) Explain electromagnetic wave propagation. (iii) Interpret experimental observations. | | | | | |
| 1.0 Demonstrate mastery of concepts, theories and principles in Physics | 1.1 Demonstrate an advanced understanding of the concepts, theories and principles in Physics | (i) Solve problems involving electromagnetic induction. (ii) Explain practical applications. (iii) Present findings. | | | | | |