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Physics Self Study - Class 11th (Including IIT & NEET Foundation) - UP Board
Unit and Measurements
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1. Introduction to Physics and Units
00:55:48
3. Error, Absolute Error, Relative Error, Percentage Error
01:08:12
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4. Combination of Errors
01:07:42
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5. Significant Figures | Order of Magnitude
01:36:45
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6. Dimension Analysis
01:05:24
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7. Doubt Session
01:12:21
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8. Problem Practice - 01
00:48:00
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9. Problem Practice - 02
00:42:21
Vectors
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1. Vector Definition | Types Of Vectors
01:04:03
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2. Magnitude of Vectors | Addition of Vectors | Triangle and Parallelogram Law
01:23:27
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3. Parallelogram Law | Scalar Product
01:07:30
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4. Scaler Product
01:07:30
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5. Cross Product
01:07:18
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6. Resolution of Vectors | Displacement Vector | Problem Practice
01:08:51
Motion In a Straight Line
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1. Rectilinear Motion | Frame of Reference | Displacement | Velocity | Acceleration
01:02:54
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2. Average Velocity | Instantaneous Velocity
01:04:12
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3. Acceleration | Equations of Motion
01:12:48
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4. Equations of Motion
01:17:18
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5. Motion Under Gravity
01:04:00
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6. Position - Time Graph
01:16:21
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8. Acceleration-Time Graph | Problem Practice
01:03:42
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9. Recalling Basics (Revision Class)
01:18:39
Motion In a Plane
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1. Projectile Motion
01:10:24
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3. Projectile Motion on Inclined Plane
01:06:24
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4. Problem Practice
01:09:47
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5. Relative Motion In One Dimension
00:50:36
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9. Relative Motion In Two Dimensions | Rain-Man Problem
00:50:59
Laws Of Motion
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1. Force | Types Of Force | Free Body Diagram
01:12:09
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2. Newton's First Law Of Motion
01:00:02
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3. Newton's Second Law Of Motion
01:03:48
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4. Newton's Second Law Of Motion - Part 02
00:58:00
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5. Multiple Pulley System
01:05:42
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8. Friction Force - Part 02
01:09:48
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9. Problem Practice
00:55:39
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10. Spring Force
01:08:06
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11. Spring Force - Part 02
00:59:09
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12. Problem Practice
01:07:30
Work, Energy and Power
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1. Scalar Product of Vectors | Work
01:09:09
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2. Work-Energy Theorem
00:59:57
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3. Conservative, Non - Conservative Forces | Work-Energy Theorem
00:56:31
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4. Gravitational and Spring Potential Energy
01:04:26
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5. Problem Practice
00:59:42
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6. Power | Collisions | Conservation Of Momentum
01:01:18
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7. Collision In One and Two Dimensions
01:09:45
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8. Problem Practice (Work, Energy and Power)
01:01:19
Unit and Measurements (One-Shot Revision)
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2. Error Analysis
01:25:30
Unit and Measurements (Practice Series)
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3. Problem Practice - Part 03
00:44:48
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4. Problem Practice - 04
00:49:18
Circular Motion
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1. Introduction | Equations Related To Circular Motion
00:51:33
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3. Horizontal and Vertical Circular Motion
00:57:30
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4. Vertical Circular Motion | Problem Practice
01:03:27
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5. Banking Of Roads
00:57:24
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6. Problem Practice - Circular Motion
00:54:45
Vectors (One Shot Series)
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2. Problem Practice | Vectors | L-01
00:46:06
Projectile Motion (One Shot Series)
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1. Projectile Motion
01:03:21
Centre of Mass
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1. Centre of Mass of Different Bodies - Part 01
01:12:00
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2. Problem Practice | Centre of Mass
00:48:03
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3. Motion of Centre of Mass
00:54:48
Gravitation
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1. Universal Law Of Gravitation
00:38:15
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2. Universal Law Of Gravitation - Part 02
01:02:57
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3. Acceleration due to Gravity
00:50:24
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4. Escape Velocity | Problem Practice
00:55:33
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5. Gravitational Potential Energy | Escape Velocity
00:50:37
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6. Escape Velocity
01:01:59
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7. Kepler's Laws
00:52:01
Rotation
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1. Moment Of Inertia
01:01:15
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2. Parallel & Perpendicular Axis Theorem
00:56:36
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3. Parallel & Perpendicular Axis Theorem - Part 02
00:56:48
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4. Radius Of Gyration | Torque
01:07:06
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5. Angular Momentum
01:03:03
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6. K.E. Of Rotation | Rolling
01:00:00
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7. Rolling Motion
01:08:30
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8. Problem Practice | Rotation
00:56:18
Thermal Properties of Matter
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1. Introduction | Thermal Expansion
01:03:05
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2. Thermal Expansion
00:57:01
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3. Problem Practice - Thermal Properties of Matter
01:03:52
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4. Calorimetry | Specific Heat Capacity
00:59:50
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5. Latent Heat
00:41:09
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1. Introduction | Measurement Of Temperature | Thermal Expansion
00:58:15
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2. Linear | Superficial | Volume Expansion
00:56:44
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3. Calorimetry | Specific Heat | Latent Heat | Heating Curve
00:56:09
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4. Heat Transfer | Thermal Conduction
00:51:39
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5. Analogy Of Conduction With Ohm's Law | Problem Practice
00:49:20
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6. Convection | Radiation | Black Body
00:43:15
Mechanical Properties of Fluids
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1. Introduction | Pascal's Law
00:57:54
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2. Idea Fluids | Principle of Continuity | Bernoulli's Theorem
00:56:28
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4. Terminal Velocity | Stokes Law
01:04:04
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5. Problem Practice - Mechanical Properties of Fluids
00:49:20
Mechanical Properties of Solids
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1. Stress | Strain | Hook's Law
00:42:37
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2. Young's, Bulk, and Shear Modulus
01:03:58
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3. Poisson's Ratio
01:30:50
Surface Tension
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1. Introduction | Surface Tension L-01
01:13:27
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2. Surface Energy | Excess Pressure inside Liquid drop & Soap Bubble
01:06:22
Thermodynamics
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1. Introduction | Basic Terms | Internal Energy | Work
00:48:12
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2. First Law of Thermodynamics
00:50:59
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3. Specific Heat Capacity at Constant Volume & Pressure
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4. Work Done In Various Processes
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5. Problem Practice | Thermodynamics
00:50:21
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6. Cyclic Process | Heat Engines
00:55:51
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7. Refrigerators & Heat Pumps | Second Law Of Thermodynamics | Carnot Engine
00:48:46
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8. Problem Practice | Thermodynamics
00:57:07
Kinetic Theory of Gases
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1. Introduction | Gas Laws | Kinetics Theory Of Gas
00:46:22
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2. Pressure | Kinetic Energy | Various Speeds of Gas
00:51:14
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3. Average | Most Probable Speed | Kinetic Energy of Gas Molecule
00:53:03
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4. Problem Practice | Kinetic Theory of Gases | L-1
00:50:36
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5. Degree of Freedom | Mean Free Path
00:47:14
Oscillations
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1. Introduction | Definitions | Simple Harmonic Motion
00:48:53
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2. Simple Pendulum | Time Period
00:57:36
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3. Time Period of Simple Pendulum & Spring Pendulum
00:53:46
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4. Spring Pendulum | Combination of Spring
00:54:15
Wave
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1. Introduction | Terms Related To Wave Motion
01:05:52
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2. Equation Of Wave
00:59:00
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3. Velocity Of Wave | Speed Of Sound | Newton's Formula And Laplace Correction
00:56:47