Physics 11

Science
Course content
Note:
L - Lesson   A - Activity
1.1: Introduction  

00:54

2.1: Learning Objective  

00:23

3.1: Physics  

00:34

4.1: Scope and Excitement of Physics  

00:57

5.1: Physics, Technology and Society  

01:49

6.1: Fundamental Forces in Nature  

02:26

7.1: Nature of Physical Laws  

00:49

8.1: Summary  

01:03

1.1: Introduction  

00:34

2.1: Learning Objectives  

00:24

3.1: Units and Measurements  

00:54

4.1: The International System of Units  

00:33

5.1: Measurement of Length  

04:28

6.1: Measurement of Mass  

00:26

7.1: Measurement of Time  

01:22

8.1: Accuracy, Precision of instruments and Errors in measurement  

00:38

9.1: Systematic Errors  

01:07

10.1: Least Count Error  

00:32

11.1: Absolute Error, Relative Error and Percentage Error  

00:44

12.1: Combination of Errors  

00:50

13.1: Significant Figures  

01:10

14.1: Dimensions of Physical Quantity  

00:15

15.1: Dimensional Formula and Equations  

00:29

16.1: Dimensional Analysis  

00:28

17.1: Summary  

01:07

1.1: Introduction  

00:28

2.1: Learning Objectives  

00:21

3.1: Frame of Reference  

00:45

4.1: Rest and Motion are Relative  

00:26

5.1: Distance  

00:50

6.1: Displacement  

01:11

7.1: Position time graph  

00:32

8.1: Average velocity and average speed  

01:03

9.1: Instantaneous velocity and speed  

00:22

10.1: Acceleration  

01:09

11.1: Kinematic Equations for Uniformly Accelerated Motion  

02:47

12.1: Motion in Free Fall  

01:05

13.1: Relative velocity  

00:29

14.1: Summary  

00:46

1.1: Introduction  

00:49

2.1: Learning Objectives  

00:30

3.1: Scalars and Vectors  

01:22

4.1: Position and Displacement Vectors  

01:06

5.1: Equality of Vectors  

00:32

6.1: Multiplication of a Vector  

00:24

7.1: Addition and Subtraction of Vectors  

01:04

8.1: Properties of Vector Addition  

01:25

9.1: Resolution of Vectors  

03:37

10.1: Addition of Vectors by Analytical Method  

02:15

11.1: Motion in a Plane  

01:17

12.1: Motion in a Plane with Constant Acceleration  

00:58

13.1: Relative Velocity in Two Dimensions  

00:31

14.1: Projectile Motion  

01:14

15.1: Uniform Circular Motion  

00:42

16.1: Summary  

01:04

1.1: Introduction  

00:45

2.1: Learning Objectives  

00:25

3.1: Aristotle’s Fallacy  

00:42

4.1: The Law of Inertia  

03:03

5.1: Newton’s First Law of Motion  

01:09

6.1: Newton’s Second Law of Motion  

02:03

7.1: Impulse  

01:05

8.1: Newton’s Third Law of Motion  

01:06

9.1: Conservation of Momentum  

01:29

10.1: Equilibrium of a Particle  

00:57

11.1: Common Forces in Mechanics  

02:32

12.1: Circular Motion  

03:04

13.1: Summary  

01:24

1.1: Introduction  

00:45

2.1: Learning Objectives  

00:34

3.1: Commutative and Distributive Law for Dot Product  

02:52

4.1: Work  

01:46

5.1: Kinetic Energy  

00:31

6.1: Work done by a Variable Force  

00:43

7.1: Work-Energy Theorem  

01:26

8.1: Potential Energy  

01:17

9.1: The Conservation of Mechanical Energy  

01:36

10.1: Potential Energy of a Spring  

01:40

11.1: Various Forms of Energy  

03:04

12.1: The Principle of Conservation of Energy  

00:51

13.1: Power  

01:06

14.1: Collisions  

03:32

15.1: Summary  

00:57

1.1: Introduction  

00:39

2.1: Learning Objectives  

00:36

3.1: Rotational and Translational Motion  

00:58

4.1: Centre of Mass  

01:27

5.1: Motion of centre of Mass  

04:07

6.1: Linear Momentum of a System of Particles  

01:19

7.1: Vector Product of Two Vectors  

00:55

8.1: Angular Velocity and its Relation with Linear Velocity  

01:32

9.1: Torque and Angular Momentum  

03:43

10.1: Equilibrium of a Rigid Body  

01:03

11.1: Moment of Inertia  

01:36

12.1: Theorems of Perpendicular and Parallel axis  

02:47

13.1: Work Done by a Torque  

02:00

14.1: Angular Momentum in Rotation About a Fixed Axis  

00:50

15.1: Rolling Motion  

01:22

16.1: Summary  

01:12

1.1: Introduction  

00:54

2.1: Learning Objectives  

00:35

3.1: Definition  

00:14

4.1: Kepler’s Laws  

01:25

5.1: Newton’s Law of Gravitation  

01:13

6.1: Vector form of Newton’s Law of Gravitation  

01:10

7.1: The Gravitational Constant  

01:24

8.1: Acceleration due to Gravity of the Earth  

00:54

9.1: The Gravitational_Constant  

04:55

10.1: Gravitational Potential Energy  

02:05

11.1: Escape Velocity  

00:56

12.1: Earth Satellites  

00:34

13.1: Energy of an Orbiting Satellite  

01:37

14.1: Geostationary and Polar Satellites  

00:52

15.1: Weightlessness  

00:55

16.1: Summary  

01:35

1.1: Introduction  

00:38

2.1: Learning Objectives  

00:27

3.1: Elasticity and Plasticity  

00:35

4.1: Elastic Behaviour of Solids  

00:29

5.1: Stress  

01:15

6.1: Strain  

00:52

7.1: Hooke’s Law  

00:21

8.1: Stress-Strain Curve  

01:28

9.1: Elastic Moduli  

01:25

10.1: Poisson’s Ratio  

00:31

11.1: Applications of Elastic Behaviour of Materials  

01:04

12.1: Summary  

01:11

1.1: Introduction  

00:51

2.1: Learning Objectives  

00:35

3.1: Fluids  

00:34

4.1: Pressure  

04:38

5.1: Hydraulic Lift  

02:24

6.1: Hydrostatic and Atmospheric Pressure  

02:15

7.1: Flow of Fluids  

00:50

8.1: Equation of Continuity  

00:57

9.1: Bernoulli’s Principle  

00:47

10.1: Torricelli’s Law  

03:48

11.1: Viscosity  

01:09

12.1: Stoke’s Law  

01:01

13.1: Reynold’s Number  

00:35

14.1: Surface Tension  

00:40

15.1: Surface Energy and Angle of Contact  

01:11

16.1: Phenomena based on Surface Tension  

00:17

17.1: Summary  

01:29

1.1: Introduction  

00:37

2.1: Learning Objectives  

00:27

3.1: Temperature and Heat  

01:12

4.1: Measurement Of Temperature  

01:10

5.1: Ideal gas equation and Absolute Temperature  

01:35

6.1: Thermal Expansion  

03:52

7.1: Vector Product of Two Vectors  

01:09

8.1: Calorimetry  

01:03

9.1: Change of State  

02:18

10.1: Heat Transfer  

01:43

11.1: Newton’s Law Of Cooling  

12.1: Summary  

01:07

1.1: Introduction  

00:31

2.1: Learning Objectives  

00:40

3.1: Definition  

00:19

4.1: Thermal Equilibrium  

01:17

5.1: Zeroth Law of Thermodynamics  

00:16

6.1: Heat, Internal Energy and Work  

00:58

7.1: First Law of Thermodynamics  

01:19

8.1: Specific Heat Capacity  

00:55

9.1: Thermodynamic State Variables and Equation of State  

01:05

10.1: Thermodynamic Processes  

03:05

11.1: Heat Engines  

00:53

12.1: Refrigerator and Heat Pump  

00:37

13.1: Second Law of Thermodynamics  

00:38

14.1: Reversible and Irreversible Processes  

00:47

15.1: Carnot Engine  

01:44

16.1: Summary  

01:29

1.1: Introduction  

00:31

2.1: Learning Objectives  

00:42

3.1: Molecular Nature of Matter  

00:38

4.1: Behaviour of Gases  

01:38

5.1: Boyle’s Law  

00:35

6.1: Charle’s Law  

00:45

7.1: Kinetic Theory of an Ideal Gas  

00:49

8.1: Pressure of an Ideal Gas  

01:22

9.1: Kinetic Interpretation of Temperature  

00:38

10.1: Maxwell Distribution Function  

01:27

11.1: Law of Equipartition of Energy  

01:03

12.1: Specific Heat Capacity  

01:56

13.1: Specific Heat Capacity of Solids  

00:50

14.1: Specific Heat Capacity of Water  

00:21

15.1: Mean Free Path  

01:30

16.1: Summary  

01:02

1.1: Introduction  

00:51

2.1: Learning Objectives  

00:36

3.1: Periodic and Oscillatory Motions  

01:02

4.1: Period, Frequency and Displacement  

01:27

5.1: Simple Harmonic Motion  

01:09

6.1: Simple Harmonic Motion and Uniform Circular Motion  

00:32

7.1: Oscillations  

01:23

8.1: Force Law for Simple Harmonic Motion  

00:59

9.1: Energy in Simple Harmonic Motion  

01:43

10.1: Oscillations due to a Spring  

01:09

11.1: Simple Pendulum  

01:38

12.1: Damped Simple Harmonic Motion  

01:09

13.1: Forced Oscillations  

00:42

14.1: Resonance  

01:15

15.1: Summary  

00:52

1.1: Introduction  

00:35

2.1: Learning Objectives  

00:34

3.1: Definition  

00:16

4.1: Transverse and Longitudinal Waves  

01:04

5.1: Displacement Relation in a Progressive Motion  

00:41

6.1: Amplitude and Phase  

00:39

7.1: Wavelength  

00:30

8.1: Period, Angular Frequency and Frequency  

00:58

9.1: Speed of a Traveling wave  

01:43

10.1: Principle of Superposition of Waves  

01:19

11.1: Reflection of Waves  

00:50

12.1: Stationary Waves  

00:53

13.1: Beats  

00:57

14.1: Doppler’s Effect  

02:27

15.1: Summary  

01:08

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