| 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 dimensional analysis. (ii) Differentiate precision and accuracy. (iii) Solve measurement problems involving uncertainties. | | | | | |
| 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) Measure physical quantities using appropriate instruments. (ii) Determine measurement uncertainties. (iii) Present measurement results correctly. | | | | | |
| 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 projectile motion. (ii) Analyse circular motion. (iii) Solve mechanics 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) Explain gravitation. (ii) Describe fluid mechanics. (iii) Perform numerical calculations. | | | | | |
| 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 modes of heat transfer. (ii) Describe kinetic theory. (iii) Relate thermal properties to everyday life. | | | | | |
| 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) Conduct experiments on thermal properties. (ii) Analyse observations. (iii) Present experimental findings. | | | | | |