Physics - Intermediate/Class 11 | NEET | PYQs | Part-2

Name: Physics - Intermediate/Class 11 | NEET | PYQs | Part-2
Rating: 5.0 (1 reviews)

Learn, Practice & Excel: Physics Course for NEET Aspirants

Created byMala Kondaiah Gandham

Last updated 8/2025

English

What you'll learn

Gain exam-oriented preparation through PYQs, examples, and structured practice for better retention and performance.
Strengthen Physics fundamentals with step-by-step explanations for beginners advancing to complex NEET-level problem solving.
Learn Physics from basics to advanced with NEET topics & PYQs. Build concepts, boost problem-solving, and crack NEET confidently.
Develop speed, accuracy, and analytical skills to confidently solve NEET Physics questions under exam conditions.

Course content

7 sections • 223 lectures • 46h 11m total length

7.1 Introduction11:29
7.2 Positive work, Negative work, Zero work13:24
7.3 Work done by a constant force5:46
7.4 Work done by variable force6:46
7.5 Force-Displacement curve5:26
7.6 Work in conservative and non-conservative field26:26
7.7 Energy4:12
7.8 Work Energy theorem7:21
7.9 Relation between kinetic energy with linear momentum9:33
7.10 Potential energy6:06
7.11 Potential energy curve13:45
7.12 Potential energy of stretched spring11:37
7.13 Energy graph for a spring13:44
7.14 Work done in pulling the chain against gravity7:51
7.15 Law of conservation of energy9:38
7.16 Power10:20
7.17 Position and velocity in terms of power10:14
7.18 Collision2:28
7.19 Classifications of collisions14:10
7.20 Perfectly elastic head on collision20:24
7.21 Special cases of head on elastic collision10:37
7.22 Energy transfer from projectile to target12:21
7.23 Inelastic collision14:35
7.24 Ratio of velocities after inelastic collision6:52
7.25 Loss in kinetic energy4:51
7.26 Rebounding of ball24:34
7.27 Perfectly inelastic collision14:56
7.28 Collision when bodies are moving oppositely7:11
7.29 Elastic collision in two dimension6:58
7.30 Collision of bullet and block12:42
7.31 Previous year questions (Part-1)36:21
7.32 Previous year questions (Part-2)25:36
7.33 Previous year questions (Part-3)21:59

8.1 Introduction6:52
8.2 Centre of mass17:18
8.2.1 Centre of mass of two particle system6:17
8.3 Centre of mass for 2-D and 3-D systems14:06
8.4 Centre of mass for some useful bodies27:50
8.5 Motion of centre of mass in a moving system of particles11:15
8.6 Law of conservation of linear momentum8:12
8.7 Variable mass system13:44
8.8 Angular displacement5:00
8.9 Angular velocity11:02
8.10 Angular acceleration12:16
8.11 Equations of rotational motion15:10
8.12 Moment of inertia20:18
8.13 Radius of gyration6:49
8.14 Parallel axis theorem & Perpendicular axis theorem8:41
8.15 Torque or turning moment11:01
8.16 Analogy between translatory motion and rotational motion7:57
8.17 MOI and Radius of gyration for some standard bodies-143:10
8.18 MOI and Radius of gyration for some standard bodies-217:56
8.19 Couple4:42
8.20 Translatory and rotatory equilibrium11:57
8.21 Law of conservation of angular momentum7:05
8.22 Work, Power and Energy for rotating body11:21
8.23 Previous year questions (Part-1)33:57
8.24 Previous year questions (Part-2)38:05
8.25 Previous year questions (Part-3)32:51
8.26 Previous year questions (Part-4)36:03
8.27 Previous year questions (Part-5)35:58
8.28 Previous year questions (Part-6)27:02

9.1 Introduction15:15
9.2 Acceleration due to gravity7:25
9.3 Change in acceleration due to gravity7:57
9.3.1 Variation in "g" with height9:03
9.3.2 Variation in "g" with depth11:06
9.3.3 Effect of earth's rotation on "g"15:07
9.4 Inertial and gravitational masses6:45
9.5 Gravitational field21:37
9.6 Gravitational potential10:25
9.7 Gravitational potential energy12:52
9.8 Escape velocity13:08
9.9 Kepler's law of planetary motion5:31
9.10 Satellite19:36
9.11 Previous year questions (Part-1)31:28
9.12 Previous year questions (Part-2)29:06
9.13 Previous year questions (Part-3)22:56

10.1 Introduction6:39
10.2 Elastic limit4:11
10.3 Factors affecting elasticity4:39
10.4 Practical applications of elasticity10:07
10.5 Stress and types of stresses19:05
10.6 Strain and types of strains13:16
10.7 Hook's law, young's modulus8:25
10.8 Stress-strain curve14:38
10.9 Stress-strain curve for different material11:12
10.10 Important points on young's modulus11:24
10.11 Temperature stress10:34
10.12 Work done in stretching a wire10:53
10.13 Properties of breaking force12:29
10.14 Bulk modulus of elasticity9:24
10.14.1 Types of bulk module8:51
10.15 Relation between bulk modulus and density5:13
10.16 Fractional change in the radius of sphere5:36
10.17 Modulus of rigidity11:41
10.18 Relation between volumetric strain and poisson's ratio17:55
10.19 Relation between Y, K, c and 1/m3:55
10.20 Previous year questions (Part-1)27:21
10.21 Previous year questions (Part-2)21:08

11.1 Introduction7:59
11.2 Density of liquids7:35
11.3 Relative density, specific gravity6:16
11.4 Density of mixture8:59
11.5 Effect of temperature on density6:25
11.6 Effect of pressure on density8:53
11.7 Pressure of liquid4:26
11.8 Consequences of pressure5:04
11.9 Types of pressures6:05
11.10 Variation of pressure with depth5:10
11.11 Effect of gravity on pressure5:05
11.12 Hydraulic lift7:00
11.13 Buoyant force and archimedes principle10:22
11.14 Buoyant force and metacentric height32:00
11.15 Flow of fluids4:09
11.16 Types of fluid flows11:28
11.17 Stream line, path line3:39
11.18 Equation of continuity5:55
11.19 Bernoulli's theorem14:34
11.20 Other forms of Bernoulli's equation6:48
11.21 Venturimeter15:06
11.22 Torricelli's law of efflux (Fluid out flow)24:39
11.23 Applications of Bernoulli's theorem28:56
11.24 Blowing-off of tin roof tops in wind storm2:38
11.25 Viscosity17:11
11.26 Effect of temperature on viscosity6:56
11.27 Flow through cylindrical pipe11:38
11.28 Stoke's law and terminal velocity7:15
11.29 Poiseuille's law5:54
11.30 Series combination of tubes8:17
11.31 Parallel combination of tubes4:59
11.32 Intermolecular force2:16
11.33 Surface tension7:37
11.34 Factors effecting the surface tension4:00
11.35 Important points on surface tension3:21
11.36 Work done in blowing a liquid drop and soap bubble6:21
11.37 Work done in splitting of bigger drop14:24
11.38 Work done information of bigger drop4:39
11.39 Excess pressure7:16
11.40 Capillarity13:21
11.41 Previous year questions (Part-1)35:39
11.42 Previous year questions (Part-2)19:31
11.43 Previous year questions (Part-3)24:38

12.1 Introduction5:58
12.2 Types of thermometers7:50
12.3 Absolute zero temperature9:28
12.4 Temperature scales7:30
12.5 Relation between different temperature scales8:54
12.6 Centigrade temperature with different thermometers5:10
12.7 Graph for °F and °C6:25
12.8 Graph for °C and °F4:57
12.9 Graph for K and °C5:48
12.10 Ideal gas3:04
12.11 Ideal gas characteristics3:33
12.12 Boyle's law5:36
12.13 P-1/v diagram4:39
12.14 Charle's law9:25
12.15 Gay-Lussac law9:23
12.16 Ideal gas equation12:09
12.17 Practice questions5:38
12.18 Thermal expansion8:26
12.19 Coefficient of linear expansion7:23
12.20 Coefficient of areal expansion8:00
12.21 Coefficient of volume expansion6:33
12.22 Variation of density with temperature4:25
12.23 Applications of thermal expansion in solids16:53
12.24 Thermal expansion of liquids17:54
12.25 Relation between γR and γA11:43
12.26 Anomalous expansion of water17:52
12.27 Introduction (Calorimetry)10:04
12.28 Molar heat capacity8:40
12.29 Principle of calorimetry10:58
12.30 Water equivalent5:21
12.31 Change of state5:07
12.32 Vaporization (Boiling)2:49
12.33 Evaporation3:53
12.34 Effect of pressure on melting point and boiling point15:49
12.35 Regelation of ice3:16
12.36 Triple point22:36
12.37 Temperature change with heating21:20
12.38 Transmission of heat6:25
12.39 Conduction13:49
12.40 Convection15:52
12.41 Radiation4:17
12.42 Emissivity1:32
12.43 Absorptive power, Reflecting power, Transmitting power3:31
12.44 Black body1:37
12.45 Wein's displacement law4:49
12.46 Stefan's power4:54
12.47 Newton's law of cooling4:53
Previous year questions (Part-1)31:14
Previous year questions (Part-2)35:47
Previous year questions (Part-3)18:04
Previous Year Questions (Part-4)26:59

13.1 Introduction (Types of systems)17:39
13.2 Thermodynamic equilibrium6:43
13.3 Thermodynamic process13:32
13.4 Zeroth law of thermodynamics10:31
13.5 Heat13:30
13.6 Calorie2:33
13.7 Relation between work and heat5:07
13.8 Thermodynamic work22:23
13.9 Applications of Joule's law31:31
13.10 Cyclic process6:40
13.11 Internal energy12:57
13.12 Thermodynamic work for different process34:49
13.13 First law of thermodynamics10:41
13.14 First law of thermodynamics for a process8:56
13.16 Constant volume process9:34
13.17 Specific heat at constant volume4:38
13.18 Constant pressure process9:41
13.19 Specific heat at constant pressure7:15
13.20 Constant temperature process17:39
13.21 Adiabatic process25:42
13.22 Tabular form for different process7:35
13.23 Free expansion process7:13
13.24 Carnot cycle23:12
13.25 Heat engine9:31
13.26 Refrigerator7:43
13.27 Previous year questions (Part-1)25:07
13.28 Previous year questions (Part-2)32:28
13.29 Previous year questions (Part-3)22:56
13.30 Previous year questions (Part-4)18:58

Requirements

No specific requirements are needed. The course is designed from basics to advanced concepts, making it suitable for beginners as well as advanced learners.

Description

Physics plays a vital role in the NEET exam, and a strong understanding of this subject can significantly improve your overall score. This course is carefully designed to help NEET aspirants develop a solid foundation in Physics, beginning with the very basics and gradually progressing toward advanced concepts. Every topic is explained in a simple, structured manner, ensuring clarity for beginners as well as depth for advanced learners.

The course not only explains core principles but also emphasizes their applications through Previous Year NEET Questions (PYQs), ensuring learners understand both theory and problem-solving approaches. With step-by-step explanations and well-structured practice, students can strengthen conceptual clarity and improve accuracy.

By the end of this course, learners will:

Master important Class 11 Physics concepts relevant for NEET.
Gain confidence in solving numerical and conceptual problems.
Be familiar with NEET exam trends through PYQ practice.
Develop speed, accuracy, and exam-ready strategies.

Through consistent practice, learners will gain confidence in problem-solving, improve speed and accuracy, and develop analytical thinking skills crucial for competitive exams. The course ensures that aspirants are not only exam-ready but also capable of applying Physics in real-life problem situations.

The course is ideal for NEET aspirants who want to enhance their Physics preparation, build a strong base, and maximize their chances of success.

Note:- This course is intended for students below 18 years so the course should be purchased by parents or guardians who will be supervising their learning through their credentials.

Who this course is for:

This course is designed for intermediate students preparing for competitive exams and engineering aspirants who want to strengthen their physics foundation.

Physics - Intermediate/Class 11 | NEET | PYQs | Part-2

What you'll learn

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Course content

Work, Power, Energy and Collision33 lectures • 6hr 50min

8. Rotational Motion29 lectures • 8hr 24min

9. Gravitation16 lectures • 3hr 59min

10. Mechanical properties of solids22 lectures • 4hr 9min

11. Mechanical properties of fluids43 lectures • 7hr 24min

12. Thermal properties of matter51 lectures • 8hr 18min

13. Thermodynamics29 lectures • 7hr 7min

Requirements

Description

Who this course is for: