Chapter 1 - Physical Quantities and Measurement

• 1. Differentiate between physical and non-physical quantities?
• 2. Explain with examples that physics is based on physical quantities
• 3. Base and derived physical quantities and units.
• 4. System International Unit (SI)
• 5. Scientific Notation
• 6. Prefixes
• 7. Scalar and Vector quantities
• 8. Justify Scalar Quantities
• 9. Justify Vector Quantities
• 10. Vector at right angled
• 11. Estimates of Physical Quantities
• 12. Errors
• 13. Precision and Accuracy
• 14. Scenario Based MCQ's

Chapter 2 - Kinematics

• 1. Types of motion
• 2. Distance and displacement
• 3. Speed
• 4. Calculate average speed
• 5. Average and instantaneous speed
• 6. Uniform velocity and non-uniform velocity
• 7. Acceleration
• 8. Uniform acceleration and non-uniform acceleration.
• 9. Sketch, plot and interpret distance
• 10. Gravitational Acceleration (9.8m/s²)
• 11. Gradient of a distance Vs. time graph gives the speed.
• 12. Distance travelled in speed vs time graphs
• 13. Area beneath a speed Vs. time graph gives the distance traveled
• 14. Calculate acceleration from the gradient of a speed-time graph.
• 15. Justify how the gradient of the speed vs time graph gives the acceleration
• 16. State that there is a universal speed limit for any object
• 17. Scenario Based MCQ's

Chapter 3 - Dynamics

ww