Curriculum
- 9 Sections
- 89 Lessons
- 10 Weeks
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- Chapter 4 Work Energy and Power8
- Chapter 1 Physics and measurement4
- Chapter 2 VECTORS AND EQUILLIBRIUM13
- 2.01 – Basic concepts of vectors
- 2.12 – Rectangular coordinate system
- 2.23 – Vector addition by rectangular components
- 2.34 – Head to tail rule of vector addition
- 2.45 – Scalar product
- 2.56 – Characteristics of scalar product
- 2.67 – Types of vector
- 2.78 – Cross product
- 2.89 – Torque or turning effect
- 2.910 – First condition of equilibrium
- 2.1011 – Second condition of equilibrium
- 2.1112 – Short questions 1 to 10
- 2.1213 -Short questions 11 to 21
- Chapter 3 MOTION AND FORCE18
- 3.01 – Distance and displacement
- 3.12 – What is velocity
- 3.23 – Acceleration and its types
- 3.34 – Velocity time graph
- 3.45 – Newton first law
- 3.56 – Newton second law
- 3.67 – Newton third law
- 3.78 – Linear momentum
- 3.89 – Impulse and momentum
- 3.910 – Law of conservation of momentum
- 3.1011 – Elastic and inelastic collision
- 3.1112 – Force due to water flow
- 3.1213 – Rocket propulsion
- 3.1314 – Projectile motion part I
- 3.1415 – Projectile motion part II
- 3.1516 – Range of projectile
- 3.1617 – Ballistic missile
- 3.1718 – Short question of chapter 3
- Chapter 5 Angular Motion16
- 4.01 – Angular displacement part I
- 4.12 – Angular velocity
- 4.23 – Angular acceleration
- 4.34 – Relation between angular and linear quantities
- 4.45 – Centripetal force
- 4.56 – Moment of inertia
- 4.67 – Angular momentum
- 4.78 – Conservation of angular momentum
- 4.89 – Rotational KE
- 4.910 – Rotational KE of disc and hoop
- 4.1011 – Artificial satellite
- 4.1112 – Real and apparent weight
- 4.1213 – Weightlessness in satellite and gravity free system
- 4.1314 – Orbital velocity
- 4.1415 – Artificial gravity
- 4.1516 – Geo- stationery satellite
- Chapter 6 Fluid Dynamics11
- 5.11 – Viscosity, Drag force
- 5.22 – Laminar flow and turbulent flow
- 5.33 – Terminal velocity
- 5.44 – Equation of continuity
- 5.55 – Bernoulli’s equation
- 5.66 – Torricelli’s theorem
- 5.77 – Venturi relation
- 5.88 – Blood flow
- 5.99 – Periodic motion and oscillatory motion
- 5.1010 – Instantaneous displacement , amplitude ,time period ,frequency
- 5.101 – Phase in SHM
- Chapter 7 Oscillations5
- Chapter 8 Waves and Oscillation3
- Chapter11 Heat and Thermodynamics11
- 8.01 – Kinetic theory of gases
- 8.12 – Pressure of a gas
- 8.23 – Kinetic interpretation of temperature
- 8.34 – Internal energy
- 8.45 – Work and heat
- 8.56 – First law of thermodynamics
- 8.67 – isothermal process and adiabatic process
- 8.78 – Molar specific heat – heat and thermodynamics
- 8.89 – Reversible and irreversible process
- 8.910 – Carnot engine and Carnot theorem
- 8.1011 – Short questions – heat and thermodynamics
