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Class 11 Physics Part 2

Physics Part 2

PhysicsClass 1141 lessons15 hr 39 min

Class 11 Physics notes for the NCERT Physics Part 2 textbook: properties of matter, heat, thermodynamics, oscillations and waves with derivations, textbook figures, previous-year questions and quick checks.

Modules

Lessons open in reading order. Each one is a public page.

Mechanical Properties of Solids

5 lessons

Elastic behaviour of solids, the three kinds of stress and strain, Hooke's law, the stress-strain curve, Young's and shear modulus, bulk modulus and compressibility, and applications such as beams, columns and the human pyramid, with NCERT exercises.

  1. Formula sheet: Mechanical Properties of Solids12 min
  2. Concepts: stress, strain and Hooke's law22 min
  3. Concepts: elastic moduli, stress-strain curves and exercise practice26 min
  4. Questions: Mechanical Properties of Solids24 min
  5. Previous year questions: Mechanical Properties of Solids26 min

Mechanical Properties of Fluids

6 lessons

Pressure in fluids, Pascal's law and hydraulic machines, buoyancy and floatation, streamline flow and the equation of continuity, Bernoulli's principle and its applications, viscosity and Stokes' law, surface tension, excess pressure and capillary rise, with NCERT exercises.

  1. Formula sheet: Mechanical Properties of Fluids14 min
  2. Concepts: pressure, Pascal's law and buoyancy24 min
  3. Concepts: streamline flow and Bernoulli's principle24 min
  4. Concepts: viscosity, surface tension and exercise practice26 min
  5. Questions: Mechanical Properties of Fluids24 min
  6. Previous year questions: Mechanical Properties of Fluids26 min

Thermal Properties of Matter

6 lessons

Temperature and heat, thermometry and the ideal-gas temperature scale, thermal expansion of solids and liquids, specific heat capacity, calorimetry, change of state and latent heat, conduction, convection and radiation, and Newton's law of cooling, with NCERT exercises.

  1. Formula sheet: Thermal Properties of Matter14 min
  2. Concepts: temperature, thermometry and the ideal gas24 min
  3. Concepts: thermal expansion, specific heat and calorimetry26 min
  4. Concepts: change of state, heat transfer and Newton's law of cooling26 min
  5. Questions: Thermal Properties of Matter24 min
  6. Previous year questions: Thermal Properties of Matter26 min

Thermodynamics

5 lessons

Thermal equilibrium and the zeroth law, heat, work and internal energy, the first law of thermodynamics and its applications, specific heat capacities, thermodynamic processes, the second law, reversible and irreversible changes, and the Carnot engine and refrigerator.

  1. Formula sheet: Thermodynamics14 min
  2. Concepts: equilibrium, heat, work and the first law24 min
  3. Concepts: processes, the second law and the Carnot engine26 min
  4. Questions: Thermodynamics24 min
  5. Previous year questions: Thermodynamics26 min

Kinetic Theory

5 lessons

The molecular picture of an ideal gas, pressure from molecular collisions, kinetic interpretation of temperature, degrees of freedom and the law of equipartition, specific heat capacities of gases, mean free path and the behaviour of real gases.

  1. Formula sheet: Kinetic Theory14 min
  2. Concepts: molecular picture, temperature and the gas laws24 min
  3. Concepts: degrees of freedom, specific heats and mean free path26 min
  4. Questions: Kinetic Theory24 min
  5. Previous year questions: Kinetic Theory26 min

Oscillations

6 lessons

Periodic and oscillatory motion, simple harmonic motion and its equation, phase, SHM and uniform circular motion, velocity and acceleration in SHM, the force law, energy in SHM, the spring-mass system and the simple pendulum.

  1. Formula sheet: Oscillations14 min
  2. Concepts: periodic motion and simple harmonic motion24 min
  3. Concepts: force law, energy and the spring24 min
  4. Concepts: the simple pendulum and exercise practice24 min
  5. Questions: Oscillations26 min
  6. Previous year questions: Oscillations26 min

Waves

8 lessons

Wave motion, transverse and longitudinal waves, the progressive wave equation, wave speed on strings and in gases, superposition, standing waves on strings and in organ pipes, beats, the Doppler effect and the NCERT exercise set, with official figures and real JEE Main questions.

  1. Formula sheet: Waves12 min
  2. Concepts: wave motion and the progressive wave22 min
  3. Concepts: speed of travelling waves22 min
  4. Concepts: superposition, interference and standing waves on strings24 min
  5. Concepts: standing waves in pipes and resonance24 min
  6. Concepts: beats, the Doppler effect and exercise practice26 min
  7. Questions: Waves25 min
  8. Previous year questions: Waves30 min
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