1. Measurement and practical work 40 min

2. The number of significant figures in measurement 40 min

3. Experimental errors in measurement 40 min

4. Vector quantities 40 min

5. Vector addition and subtraction 40 min

6. Adding cooplanar vector mathematically 40 min

7. scalar dot product of vector 40 min

8. the cross product of vector 40 min

9. Unit vector along vector A ,B and C 40 min

10. Application of vector 40 min

11. Kinematic 40 min

12. Instantaneous velocity 40 min

13. Instantaneous acceleration 40 min

14. Free falling body 40 min

15. Vertically down ward throws 40 min

16. Graphical description of uniform motion 40 min

17. Velocity time graph 40 min

18. The acceleration time graph 40 min

19. Projectile motion 40 min

20. Horizontal projection 40 min

21. Inclined projection 40 min

22. Range of projectile motion 40 min

23. Uniform circular motion 40 min

24. Tangential velocity 40 min

25. Centripetal acceleration 40 min

26. Motion of vertical circle 40 min

27. Motion of satellite 40 min

28. Dynamics 40 min

29. Newton second law 40 min

30. Frictional force on inclined plane 40 min

31. Tension force on pulley 40 min

32. Impulse 40 min

33. Conservation of linear momentum 40 min

34. Elastic and inelastic collision 40 min

35. Inelastic collision 40 min

36. Glancing collision 40 min

37. Finding center mass 40 min

38. Momentum conservation on variable mass system 40 min

39. Explosion 40 min

40. Dynamics of uniform circular motion 40 min

41. Work 40 min

42. Work done by constant and variable force 40 min

43. Work energy theorem 40 min

44. elastic potential energy 40 min

45. Conservation of energy 40 min

46. power,conservative and non conservative force 40 min

47. Rotational motion 40 min

48. centripetal acceleration and centripetal force 40 min

49. torque and angular acceleration 40 min

50. work done by torque 40 min

51. rotational kinetic energy 40 min

52. Moment of inertia of different objects 40 min

53. Angular momentum 40 min

54. Law of conservation of angular momentum and impulse 40 min

55. Equilibrium of a particle 30 min

56. First condition of Equilibrium 30 min

57. Torque 25 min

58. Second condition of equilibrium 45 min

59. Properties of bulk matter 30 min

60. Hooke’s law and elasticity 45 min

61. Bulk modulus 30 min

62. Shear modulus

63. Pressure (P)

64. Measuring Atomshperic Pressure

65. Fluid Pressure

66. Pressure in Fluids

67. Stress- strain relation

68. Modulus of elasticity

69. effects of Atmospheric Pressure

70. Surface tension surface energy

71. Angle of contact and capillary action

72. Fluid dynamics

73. Equation of continuity & Bernoulli’s principle /equation

74. Viscosity & Poiseuille’s law, Stokes’s law and terminal velocity

75. Heat, temperature, internal energy and work

76. Change of State & Heat transfer

77. Thermal conductivity & Thermal conductivity