| Main Topic | Sub Topic | Content Covered | Date Started | Date Ended | Teacher's Comment | H.O.D Comment | H/M Comment |
|---|---|---|---|---|---|---|---|
| MEASUREMENT | Physical Quantities |
a) distinguish between fundamental and derived physical quantities. b) describe the method of dimensional analysis. c) use the method of dimensional analysis to check the correctness of a formula. d) explain the limitations of using the method of dimensional analysis. | |||||
| MEASUREMENT | Errors | a) identify types and sources of errors, b) determine errors in measurement. c) estimate errors of derived physical quantities. d) determine errors from a graph. e) distinguish between accuracy and precision. | |||||
| MECHANICS | . Newton's laws of motion | a) determine equilibrant forces on a body. b) derive expressions for tension and acceleration for connected bodies. c) determine reaction forces. d) state and apply the law of conservation of linear momentum. e) describe application of Newton's laws of motion in daily life. | |||||
| MECHANICS | Projectile motion | a) describe projectile motion parameters. b) derive projectile motion parameters. c) describe the applications of projectile motion. | |||||
| MECHANICS | Uniform Circular motion | a) explain angular displacement, velocity and acceleration with respect to circular motion b) describe application of circular motion, | |||||
| MECHANICS | Simple Harmonic Motion (SHM) | a) describe Simple Harmonic Motion. b) deduce displacement,velocity, acceleration and period for SHM. c) analyze energy changes in SHM. d) explain the application of SHM. |