Physics

Micro-courses:33

Units, Dimensions, and Measurements
14 Concepts

Vectors and Scalars
15 Concepts

Motion Along a Straight Line
14 Concepts

Motion in Two or Three Dimensions
11 Concepts

Newton's Laws of Motion
16 Concepts

Application of Newton's Laws of Motion
10 Concepts

Work and Kinetic Energy
15 Concepts

Potential Energy and Energy Conservation
12 Concepts

Linear Momentum, Impulse and Collisions
19 Concepts

10.

Rotation and Rigid Bodies
14 Concepts

11.

Dynamics of Rotational Motions
14 Concepts

12.

Equilibrium and Elasticity
12 Concepts

13.

Fluid Mechanics
24 Concepts

14.

Gravitation
22 Concepts

15.

Oscillations
15 Concepts

16.

Waves
15 Concepts

17.

Sound
17 Concepts

18.

Temperature and Heat
15 Concepts

19.

The Kinetic Theory of Gases
13 Concepts

20.

The First Law of Thermodynamics
19 Concepts

21.

The Second Law of Thermodynamics
12 Concepts

22.

Electric Charges and Fields
16 Concepts

23.

Gauss's Law
13 Concepts

24.

Electric Potential
15 Concepts

25.

Capacitance
12 Concepts

26.

Current and Resistance
13 Concepts

27.

Direct-Current Circuits
18 Concepts

28.

Magnetic Forces and Fields
12 Concepts

29.

Sources of Magnetic Fields
22 Concepts

30.

Electromagnetic Induction
21 Concepts

31.

Inductance
13 Concepts

32.

Alternating-Current Circuits
13 Concepts

33.

Electromagnetic Waves
14 Concepts

01:16

1.
Induction

01:10

2.
Faraday's Law

01:15

3.
Lenz's Law

01:22

4.
Motional Emf

01:23

5.
Faraday Disk Dynamo

01:23

6.
Induced Electric Fields

01:27

7.
Induced Electric Fields: Applications

01:25

8.
Eddy Currents

01:19

9.
Displacement Current

01:27

10.
Significance of Displacement Current

01:30

11.
Electromagnetic Fields

01:29

12.
Maxwell's Equation Of Electromagnetism

01:28

13.
Symmetry in Maxwell's Equations

01:17

14.
Ampere-Maxwell's Law: Problem-Solving

01:17

15.
Differential Form of Maxwell's Equations

01:25

16.
Electric Generator: Alternator

01:19

17.
DC Generator

01:24

18.
Back EMF

01:17

19.
Magnetic Damping

01:24

20.
Superconductor

01:28

21.
Types Of Superconductors

Physics

Micro-courses:33

Units, Dimensions, and Measurements
14 Concepts

Vectors and Scalars
15 Concepts

Motion Along a Straight Line
14 Concepts

Motion in Two or Three Dimensions
11 Concepts

Newton's Laws of Motion
16 Concepts

Application of Newton's Laws of Motion
10 Concepts

Work and Kinetic Energy
15 Concepts

Potential Energy and Energy Conservation
12 Concepts

Linear Momentum, Impulse and Collisions
19 Concepts

10.

Rotation and Rigid Bodies
14 Concepts

11.

Dynamics of Rotational Motions
14 Concepts

12.

Equilibrium and Elasticity
12 Concepts

13.

Fluid Mechanics
24 Concepts

14.

Gravitation
22 Concepts

15.

Oscillations
15 Concepts

16.

Waves
15 Concepts

17.

Sound
17 Concepts

18.

Temperature and Heat
15 Concepts

19.

The Kinetic Theory of Gases
13 Concepts

20.

The First Law of Thermodynamics
19 Concepts

21.

The Second Law of Thermodynamics
12 Concepts

22.

Electric Charges and Fields
16 Concepts

23.

Gauss's Law
13 Concepts

24.

Electric Potential
15 Concepts

25.

Capacitance
12 Concepts

26.

Current and Resistance
13 Concepts

27.

Direct-Current Circuits
18 Concepts

28.

Magnetic Forces and Fields
12 Concepts

29.

Sources of Magnetic Fields
22 Concepts

30.

Electromagnetic Induction
21 Concepts

31.

Inductance
13 Concepts

32.

Alternating-Current Circuits
13 Concepts

33.

Electromagnetic Waves
14 Concepts

01:16

1.
Induction

01:10

2.
Faraday's Law

01:15

3.
Lenz's Law

01:22

4.
Motional Emf

01:23

5.
Faraday Disk Dynamo

01:23

6.
Induced Electric Fields

01:27

7.
Induced Electric Fields: Applications

01:25

8.
Eddy Currents

01:19

9.
Displacement Current

01:27

10.
Significance of Displacement Current

01:30

11.
Electromagnetic Fields

01:29

12.
Maxwell's Equation Of Electromagnetism

01:28

13.
Symmetry in Maxwell's Equations

01:17

14.
Ampere-Maxwell's Law: Problem-Solving

01:17

15.
Differential Form of Maxwell's Equations

01:25

16.
Electric Generator: Alternator

01:19

17.
DC Generator

01:24

18.
Back EMF

01:17

19.
Magnetic Damping

01:24

20.
Superconductor

01:28

Units, Dimensions, and Measurements14 Concepts

Vectors and Scalars15 Concepts

Motion Along a Straight Line14 Concepts

Motion in Two or Three Dimensions11 Concepts

Newton's Laws of Motion16 Concepts

Application of Newton's Laws of Motion10 Concepts

Work and Kinetic Energy15 Concepts

Potential Energy and Energy Conservation12 Concepts

Linear Momentum, Impulse and Collisions19 Concepts

Rotation and Rigid Bodies14 Concepts

Dynamics of Rotational Motions14 Concepts

Equilibrium and Elasticity12 Concepts

Fluid Mechanics24 Concepts

Gravitation22 Concepts

Oscillations15 Concepts

Waves15 Concepts

Sound17 Concepts

Temperature and Heat15 Concepts

The Kinetic Theory of Gases13 Concepts

The First Law of Thermodynamics19 Concepts

The Second Law of Thermodynamics12 Concepts

Electric Charges and Fields16 Concepts

Gauss's Law13 Concepts

Electric Potential15 Concepts

Capacitance12 Concepts

Current and Resistance13 Concepts

Direct-Current Circuits18 Concepts

Magnetic Forces and Fields12 Concepts

Sources of Magnetic Fields22 Concepts

Electromagnetic Induction21 Concepts

Inductance13 Concepts

Alternating-Current Circuits13 Concepts

Electromagnetic Waves14 Concepts

Electromagnetic Induction

1. Induction

2. Faraday's Law

3. Lenz's Law

4. Motional Emf

5. Faraday Disk Dynamo

6. Induced Electric Fields

7. Induced Electric Fields: Applications

8. Eddy Currents

9. Displacement Current

10. Significance of Displacement Current

11. Electromagnetic Fields

12. Maxwell's Equation Of Electromagnetism

13. Symmetry in Maxwell's Equations

14. Ampere-Maxwell's Law: Problem-Solving

15. Differential Form of Maxwell's Equations

16. Electric Generator: Alternator

17. DC Generator

18. Back EMF

19. Magnetic Damping

20. Superconductor

21. Types Of Superconductors

Units, Dimensions, and Measurements14 Concepts

Vectors and Scalars15 Concepts

Motion Along a Straight Line14 Concepts

Motion in Two or Three Dimensions11 Concepts

Newton's Laws of Motion16 Concepts

Application of Newton's Laws of Motion10 Concepts

Work and Kinetic Energy15 Concepts

Potential Energy and Energy Conservation12 Concepts

Linear Momentum, Impulse and Collisions19 Concepts

Rotation and Rigid Bodies14 Concepts

Dynamics of Rotational Motions14 Concepts

Equilibrium and Elasticity12 Concepts

Fluid Mechanics24 Concepts

Gravitation22 Concepts

Oscillations15 Concepts

Waves15 Concepts

Sound17 Concepts

Temperature and Heat15 Concepts

The Kinetic Theory of Gases13 Concepts

The First Law of Thermodynamics19 Concepts

The Second Law of Thermodynamics12 Concepts

Electric Charges and Fields16 Concepts

Gauss's Law13 Concepts

Electric Potential15 Concepts

Capacitance12 Concepts

Units, Dimensions, and Measurements
14 Concepts

Vectors and Scalars
15 Concepts

Motion Along a Straight Line
14 Concepts

Motion in Two or Three Dimensions
11 Concepts

Newton's Laws of Motion
16 Concepts

Application of Newton's Laws of Motion
10 Concepts

Work and Kinetic Energy
15 Concepts

Potential Energy and Energy Conservation
12 Concepts

Linear Momentum, Impulse and Collisions
19 Concepts

Rotation and Rigid Bodies
14 Concepts

Dynamics of Rotational Motions
14 Concepts

Equilibrium and Elasticity
12 Concepts

Fluid Mechanics
24 Concepts

Gravitation
22 Concepts

Oscillations
15 Concepts

Waves
15 Concepts

Sound
17 Concepts

Temperature and Heat
15 Concepts

The Kinetic Theory of Gases
13 Concepts

The First Law of Thermodynamics
19 Concepts

The Second Law of Thermodynamics
12 Concepts

Electric Charges and Fields
16 Concepts

Gauss's Law
13 Concepts

Electric Potential
15 Concepts

Capacitance
12 Concepts

Current and Resistance
13 Concepts

Direct-Current Circuits
18 Concepts

Magnetic Forces and Fields
12 Concepts

Sources of Magnetic Fields
22 Concepts

Electromagnetic Induction
21 Concepts

Inductance
13 Concepts

Alternating-Current Circuits
13 Concepts

Electromagnetic Waves
14 Concepts

1.
Induction

2.
Faraday's Law

3.
Lenz's Law

4.
Motional Emf

5.
Faraday Disk Dynamo

6.
Induced Electric Fields

7.
Induced Electric Fields: Applications

8.
Eddy Currents

9.
Displacement Current

10.
Significance of Displacement Current

11.
Electromagnetic Fields

12.
Maxwell's Equation Of Electromagnetism

13.
Symmetry in Maxwell's Equations

14.
Ampere-Maxwell's Law: Problem-Solving

15.
Differential Form of Maxwell's Equations

16.
Electric Generator: Alternator

17.
DC Generator

18.
Back EMF

19.
Magnetic Damping

20.
Superconductor

21.
Types Of Superconductors

Units, Dimensions, and Measurements
14 Concepts

Vectors and Scalars
15 Concepts

Motion Along a Straight Line
14 Concepts

Motion in Two or Three Dimensions
11 Concepts

Newton's Laws of Motion
16 Concepts

Application of Newton's Laws of Motion
10 Concepts

Work and Kinetic Energy
15 Concepts

Potential Energy and Energy Conservation
12 Concepts

Linear Momentum, Impulse and Collisions
19 Concepts

Rotation and Rigid Bodies
14 Concepts

Dynamics of Rotational Motions
14 Concepts

Equilibrium and Elasticity
12 Concepts

Fluid Mechanics
24 Concepts

Gravitation
22 Concepts

Oscillations
15 Concepts

Waves
15 Concepts

Sound
17 Concepts

Temperature and Heat
15 Concepts

The Kinetic Theory of Gases
13 Concepts

The First Law of Thermodynamics
19 Concepts

The Second Law of Thermodynamics
12 Concepts

Electric Charges and Fields
16 Concepts

Gauss's Law
13 Concepts

Electric Potential
15 Concepts

Capacitance
12 Concepts

Current and Resistance
13 Concepts