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Course Features

Video Lectures Description

This Course Contains

1.1 Introduction to Physical World Preview

12:26 Min

1.2 SI Units Preview

20:32 Min

1.3 Scalars and Vectors Preview

17:10 Min

1.4 Errors and Measurement Preview

18:02 Min

1.5 Errors and Measurement Part2 Preview

15:48 Min

1.6 Past Year Questions Preview

4:28 Min

2.1 Introduction Preview

09:19 Min

2.2 Work(Definition and nature) Preview

22:02 Min

2.3 Work done by Gravity and Friction Preview

13:52 Min

2.4 Work done by variable force Preview

16:39 Min

2.5 Work done by area under force displacement graph Preview

12:12 Min

2.6 Work Energy Theorem Preview

15:06 Min

2.7 Conservative and Non conservative Forces Preview

23:35 Min

2.8 Energy Preview

21:09 Min

2.9 Type of Equilibrium Preview

08:34 Min

2.10 Vertical Circular Motion Preview

13:41 Min

2.11 Power Preview

14:19 Min

2.12 IIT JEE Questions Preview

23:03 Min

3.1 Introduction to Kinematics and Rectilinear Motion Preview

8:56 Min

3.2 Motion of a Particle Preview

12:17 Min

3.3 Uniform rectlinear Motion Preview

5:22 Min

3.4 Relative Motion Preview

20:34 Min

3.5 Curvilinear Motion Preview

16:05 Min

4.1 Physical Quantities Preview

23:57 Min

4.2 Significant Figures Preview

28:38 Min

4.3 Dimensional analysis and Vectors Preview

46:21 Min

5.1 Introduction Preview

15:25 Min

5.2 Law of Inertia Preview

5:11 Min

5.3 Introduction To Newton's Laws of Motion Preview

4:10 Min

5.4 Newton's First Law of Motion Preview

8:58 Min

5.5 Newton's Second Law of Motion Preview

11:50 Min

5.6 Concept of Momentum Preview

7:08 Min

5.7 Impluse Preview

2:20 Min

5.8 Newton's Third Law of Motion Preview

8:01 Min

5.9 Conservation of Momentum Preview

7:20 Min

5.10 Motion of A Car And Horse And Cart Preview

6:35 Min

5.11 Apparent Weight Preview

5:32 Min

6.1 Properties of Liquids and Gases Preview

14:59 Min

6.2 Pressure Preview

16:29 Min

6.3 Characteristics of Pressure in Liquids Preview

10:58 Min

6.4 Pascal's Law Preview

21:28 Min

6.5 Buoyancy and Archimedes' Principle Preview

17:50 Min

6.6 Ideal Fluid Model and Continuity Principle Preview

9:59 Min

6.7 Bernoulli's Theorem Preview

12:01 Min

6.8 Viscosity Preview

20:22 Min

6.9 Surface Tension & Capillary Preview

8:17 Min

6.10 Excess Pressure Preview

31:05 Min

6.11 JEE Questions Preview

24:45 Min

7.1 Introduction To Rigid Body And Its Motion Preview

5:56 Min

7.2 Introduction To Cross Product And Its Applications Preview

8:18 Min

7.3 Introduction To Torque Preview

13:46 Min

7.4 Rotational Law of Acceleration Preview

5:34 Min

7.5 Introduction To Moment of Inertia Preview

6:12 Min

7.6 Different Types of Inertia Preview

6:11 Min

7.7 Centre of Mass And Centre of Gravity Preview

3:40 Min

7.8 Centripetal And Centrifugal Forces Preview

9:45 Min

7.9 Rigid Body Rotation-Rolling And Kinetic Friction Preview

4:02 Min

7.10 Angular Momentum And Its Conservation Preview

11:26 Min

8.1 What is Gravitation Preview

28:03 Min

8.2 Universal law of gravitation Preview

33:20 Min

8.3 Gravitational Field & Gravitational Potential Preview

25:21 Min

8.4 Calculation of Gravitational Field & Gravitational Potential Preview

26:30 Min

8.5 Variation in Acceleration due to gravity of earth Preview

22:44 Min

8.6 Planets & Satellites Preview

18:41 Min

8.7 Gravitational Binding Energy Preview

19:55 Min

8.8 Miscellaneous Questions Preview

05:29 Min

8.9 Past Year Questions Preview

17:09 Min

9.1 Elasticity Preview

18:04 Min

9.2 Stress Strain Curve Preview

19:53 Min

9.3 Toughness Preview

16:14 Min

9.4 Thermal Stress Preview

15:55 Min

9.5 Previous year questions Preview

16:06 Min

10.1 Introduction: Heat and Temperature Preview

17:39 Min

10.2 Specific Heat Capacity, Calorimetry Preview

20:11 Min

10.3 Change of State Preview

19:03 Min

10.4 Heat Transfer, Heat Capacity and Thermal Expansion Preview

19:25 Min

10.5 Thermal Conductivity and Thermal Resistance Preview

15:26 Min

10.6 Series and Parallel Connection of Rods Preview

14:38 Min

10.7 Convection, Radiation and Kirchhoff's law Preview

15:51 Min

10.8 Wien’s Displacement law and Stefan-Boltzmann Law Preview

14:17 Min

10.9 Newton’s Law of Cooling Preview

15:11 Min

10.10 Previous Year’s Questions Preview

20:51 Min

11.1 Thermodynamic Systems and their types Preview

11.2 Thermodynamic Properties and Processes Preview

20:36 Min

11.3 Thermodynamic Laws Preview

21:53 Min

11.4 Heat engine, Carnot cycle Preview

28:15 Min

11.5 Past Year Questions Preview

18:59 Min

12.1 Introduction of Ideal Gas Equation Preview

27:07 Min

12.2 Force and pressure exerted by the molecules of an ideal gas Preview

26:53 Min

12.3 Molecular kinetic energy and internal energy of ideal gas Preview

16:13 Min

12.4 Degree of freedom of molecules of ideal gas Preview

17:44 Min

12.5 Past Year Questions Preview

19:15 Min

13.1 Introduction: Oscillation Preview

18:33 Min

13.2 Simple Harmonic Motion Preview

27:16 Min

13.3 Simple Harmonic Motion Equations Preview

15:59 Min

13.4 Energy and Graphs in SHM Preview

19:58 Min

13.5 Phase Difference Analysis in SHM Preview

16:55 Min

13.6 Systems of SHM Preview

11:52 Min

13.7 Series and Parallel Connection of Springs in SHM Preview

13.8 SHM in an Electrical System Preview

11:56 Min

13.9 Superposition of Two SHM Preview

11:23 Min

13.10 Previous Years Questions Preview

14.1 Introduction to Waves Preview

17:27 Min

14.2 Energy and Equation of Waves Preview

14.3 Superposition of Waves Preview

10:16 Min

14.4 Standing Waves Preview

9:07 Min

14.5 Displacement Waves Preview

14.6 Loudness and Beats Preview

12:42 Min

14.7 Doppler's Effect Preview

5:42 Min

14.8 JEE Questions Preview

17:06 Min

FAQs

Teacher’s profile

Piyush Madaan, IIT Roorkee 2011 batch. He has worked in the field of optics and was involved in the study of metal nano particles andspectroscopic ellipsometer.

Ram Sharma, IIT–JEE Faculty & Subject Matter Expert, has done his BE in Mechanical Engineering from Annamalai University, Tamil Nadu.

Sakshi Ganotra, IIT Roorkee 2011 batch. She has worked on fabrication of low cost point-of-care device for the detection of hemoglobin in the blood in IISc Bangalore. She has also worked for NFL before joining askIITians.

Saurabh Kumar, M.Tech in Electronics ,DCE. He is Physics champion faculty with vast teaching experience of 5 Years. He has transformed several struggling aspirants into IITians during this period.

Review & Rating

4.38

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