Physics | Class 11
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- Introduction to Significant Figures
- Problem on Dimensions of Physical Quantities
- Problem on Deriving a possible Formula
Chapter 1 Measurements ( 34 videos)
1.1: Physical Quantities and Their Units
1.2: International System of Units
1.3: Uncertainty in Measurement
1.4: Uses of Significant Figures
21944 views
1.5: Precision and Accuracy
1.6: Assessment of Total Uncertainity in the Final Result
1.7: Dimensions of Physical Quantities
9585 views
5577 views
1.8: Additional Problems
1.9: Chapter 1 Exercise Numericals
- Scalars and Vectors
- Scalars and Vectors
- Vector Addition and Subtraction
- Resolution of Vector
- Problem2 on Scalar or Dot product
- Motion of Freely Falling Bodies
- Elastic and Inelastic Collision
- Elastic Collision in one Dimension
- Rocket Propulsion
Chapter 2 Force and Motion ( 58 videos)
2.1: Scalars
29558 views
2.2: Vectors
29558 views
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2.3: Product of Two Vectors
4421 views
2.4: Equations of Motions
2.5: Motion Under Gravity
6030 views
2.6: Projectile Motion
2.8: Elastic and Inelastic Collisions
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10761 views
2.9: Inelastic Collision in One Dimension
2.10: Elastic Collision in Two Dimension
2.11: Inelastic Collision in Two Dimension
2.12: Rocket Propulsion
6934 views
2.13: Chapter 2 Exercise Numericals
Chapter 3 Circular and Rotational Motion ( 36 videos)
3.1: Angular Measurement
3.2: Centripetal Force
3.4: Moment of Inertia
3.5: Angular Momentum
3.6: Law of Conservation of Angular Momentum
3.7: Chapter 3 Exercise Numericals
- Introduction to Work
- Problem on Work Done by a Variable Force
- Kinetic Energy
- Problem on Kinetic Energy
- Potential Energy
- Problem on Potential Energy
- Problem on Escape Velocity
Chapter 4 Work, Energy and Power ( 32 videos)
4.1: Work Done by a Constant Force
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4.2: Work Done By a Variable Force
4.3: Conservative and Non-Conservative Forces
4.4: Power
4.5: Energy
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4.6: Escape Velocity
1960 views
4.7: Work-Energy Theorem
4.8: Interconversion of Potential Energy and Kinetic Energy
4.9: Chapter 4 Exercise Numericals
- Deformation in Solids
- Viscous Drag and Stokes' Law
Chapter 5 Solids and Fluid Dynamics ( 44 videos)
5.1: Classification of Solids
5.2: Mechanical Properties of Solids
3693 views
5.4: Determination of Young's Modulus of a Wire
5.5: Elastic Deformation, Plastic Deformation and Elastic Limit
5.6: Strain Energy in Deformed Materials
5.7: Archimedes' Principle and Floatation
5.8: Steady, Non-Viscous and Ideal Fluid
5.9: Equation of Continuity
5.10: Increase in Flow Velocity
5.11: Bernoulli's Equation
5.12: Uses of Bernoulli's Equation
5.13: Viscous Drag and Stoke's Law
13727 views
5.14: Terminal Velocity
5.15: Real Fluids are Viscous Fluids
5.16: Superfluids
5.17: Chapter 5 Exercise Numericals
- Work and Heat
- Reversible and Irreversible Processes
- Heat Engine
Chapter 6 Heat and Thermodynamics ( 39 videos)
6.1: Assumptions of the Kinetic Theory of Gases
6.2: Internal Energy
6.3: Heat and Work
11170 views
6.4: First Law of Thermodynamics
6.5: Reversible and Irreversible Processes
5707 views
6.6: Heat Engine
5866 views
6.7: Second Law of Thermodynamics
6.8: Carnot Engine and Carnot's Theorem
6.9: Refrigerator
6.10: Entropy
6.11: Chapter 6 Exercise Numericals
- Introduction to Diffraction
- Applications of Doppler Effect
- More on Applications of Doppler Effect-1
- More on Applications of Doppler Effect-2
Chapter 7 Waves and Vibrations ( 35 videos)
7.1: Waves
7.2: Principle of Superposition of Waves
7.3: Interference and its Types
7.4: Stationary Waves and Their Formation
7.5: Stationary Waves on a Stretched String
7.7: Experiment Demonstrating Stationary Waves Using Microwaves
7.8: Diffraction of Waves
1692 views
7.9: Beats
7.10: Intensity (I) of a Wave
7.12: Applications of Doppler Effect
5740 views
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7.13: Chapter 7 Exercise Numericals
Chapter 8 Physical Optics and Gravitional Waves ( 22 videos)
8.1: Polarization of Light
8.2: Types of Polarization
8.3: Production and Detection of Plane Polarized LIght
8.4: Polarization of Light by the Method of Reflection
8.7: Interferometer
8.8: Chapter 8 Exercise Numericals
- Electron Volt
- Problem-Electron Volt
- Ohm's Law
- Electric Power
- Thermistor
Chapter 9 Electrostatics and Current Electricity ( 57 videos)
9.1: Coulomb's Law
9.2: Electric Field Strength
9.4: Gauss's Law
9.5: Electric Potential
9.6: Electric Volt
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2826 views
9.7: Motion of Charged Particles in a Uniform Electric Field
9.8: Path of a Charged Particle
No vidoes available yet. Still under development.
9.9: Shielding from External Electric Field
9.10: Electric Current
9.11: Current Through a Conductor
9.12: Ohm's Law
6039 views
9.13: Resistivity and its Dependence upon Temperature
9.14: Electrical Power
3464 views
9.15: Electromotive (EMF) and Potential Difference
9.16: Kirchhoff's Rules
9.17: Wheatstone Bridge
9.18: Potentiometer
9.19: Use of a Galvanometer
9.20: Thermistors
2834 views
9.21: Light Dependent Resistor
9.22: Chapter 9 Exercise Numericals
- Lenz's Law
- Introduction to Electromagnetic Induction
Chapter 10 Electromagnetism ( 29 videos)
10.1: Force on a Current-Carrying Conductor in a Uniform Magnetic Field
10.2: Magnetic Flux and Flux Density
10.3: Magnetic Flux Linkage
10.4: Motion of Charged Particle in a Magnetic Field
10.5: Velocity Selector
10.7: Lenz's Law and Direction of Induced EMF
5409 views
10.8: Factors Affecting EMF
7931 views
10.9: Ferrofluids
10.10: A Seisometer
10.11: Chapter 10 Exercise Numericals
Chapter 11 Special Theory of Relativity ( 21 videos)
11.1: Relative Motion
11.2: Frames of Reference
11.3: Special Theory of Relativity
11.4: The Equilance between Mass and Energy
11.5: Space-Time in Relativity
11.6: Chapter 11 Exercise Numericals
Chapter 12 Nuclear and Particle Physics ( 40 videos)
12.1: Structure and Properties of the Nucleus
12.2: Fundamental Forces of Nature
12.3: Matter and Anti-Matter
12.5: Fundamental Particles
12.7: Higgs Boson
12.9: The Asymmetry of Matter and Anti-Matter in the Universe
12.10: Most of the Matter in the Observable Universe is Plasma
No vidoes available yet. Still under development.
12.11: The Thoeries about the Forces Between the Masses of Particles
12.12: The Standard Model
12.13: Chapter 12 Exercise Numericals
