1. Units and Physical Quantities Standards and Units

2. Fundamental and Derived Quantities

3. Scientific notation and Significant figures

4. Unit Consistency and Conversions

5. Relationship between quantities

6. Dimensional Analysis

7. Measurement

8. Forces and Equilibrium Vectors and Scalars

9. Vector Addition and Subtraction

10. Components of Vectors

11. Composition and Resolution of Forces Frictional Forces

12. Static and Kinetic Friction

13. Ways of Increasing and Reducing Friction

14. Advantages and Disadvantages of Friction

15. Friction in CS/IT AND Communication Arts

16. Motion Along a Straight Line Displacement, Time and Average Velocity

17. Instantaneous Velocity

18. Average Acceleration

19. Instantaneous Acceleration Motion with Constant Acceleration

20. Freely Falling Bodies

21. Applications of freely falling bodies

22. Newton’s Laws of Motion Newton’s First Law

23. Newton’s Second Law

24. Mass and Weight

25. Newton’s Third Law

26. Applications of Newton’s Laws Projectile Motion

27. Uniform Circular Motion

29. Forms

30. Sources

32. Bulk Stress and Strain

33. Equilibrium and Elasticity Conditions for Equilibrium

34. Applications: Pressure in the Muscles and Bones

35. Shear Stress and Strain

36. Elasticity and Plasticity

37. Properties of Matter Density and Specific Gravity

38. Fluid Mechanics Buoyancy

39. Surface Tension

40. Temperature and Heat Temperature and Thermal Equilibrium

41. Thermometers and Temperature Scales

42. Thermal Expansion

43. Quantity of Heat

45. Conduction

46. Convection

47. COURSE REQUIREMENT

50. Radiation