01:17:10

Thermodynamics L17 | Ideal Gas, Internal Energy, Kinetic Interpretation of Pressure, Maxwell's Law

01:01:53

Heat Transfer L13 | Radiation - Basics, Wien's Displacement Law, Blackbody, Absorptive Power

31:21

Heat Transfer L15 | Problems Based on Stefan's Law, Rate of Cooling

47:20

Heat Transfer L14 | Stefan's Law of Blackbody Radiation, Rate of Emission and Absorption, Cooling

51:03

Heat L12 | Integration Based Problems on Thermal Conduction

53:37

Heat L11 Conduction - Steady State, Problems, Thermal Resistance, Ohm's Law Analogy

25:03

Heat L10 | Thermal Conduction - Basic Process, Factors, Formula for Rate of Heat Transfer

29:48

Heat & Thermodynamics L9 | Calorimeter, Water Equivalent, Effective Specific Heat

38:07

Heat & Thermodynamics L8 | Innovative Approach to Solve Ice + Water Problems

57:16

Heat & Thermodynamics L7 | Calorimetry - Latent Heat, Problems

30:31

Heat & Thermodynamics L6 | Introduction to Calorimetry - specific heat, Heat-temperature relation

24:11

Heat & Thermodynamics L5 | Problems on Thermal Expansion, Apparent Expansion, Density

48:12

Heat & Thermodynamics L4 | Thermal expansion & Stress Based Problems, Error Due to Thermal Expansion

30:48

Heat & Thermodynamics L3 | Thermal Expansion - What, Why and How | Basic Formula

30:54

Heat & Thermodynamics L2 | Constant Volume Gas Thermometer & the Kelvin scale

04:03

Science Trick Using Bernoulli's Principle - Practical Application

01:00:13

Heat & Thermodynamics L1 | Heat, Temperature, Thermometers, Conversion From One Scale to Another

40:28

Fluids Mechanics L17 | Stokes' Law, Terminal Speed of Sphere, Poiseuille's Equation

47:44

Fluid Mechanics L16 | Viscosity, Laminar Flow, Viscous Force, Velocity Gradient

46:48

Fluid Mechanics L15 | Surface Tension, Contact Angle, Capillary Rise, Radius of Meniscus

27:12

Fluid Mechanics L14 | Problems Based on Excess Pressure - Common Surface Radius, Direction of Flow

52:42

Fluid Mechanics L13 | Excess Pressure in Liquid Drop and Soap Bubble | Surface Tension and Energy

01:01:59

Fluid Mechanics L12 | Surface Tension, Surface Energy, Calculation of Force Due to Surface Tension

32:20

Fluid Mechanics L11 | Venturimeter, Magnus Effect and Aerodynamic Lift - Bernoulli's Principle

51:38

Fluid Mechanics L10 | Application of Bernoulli's Equation - Speed of Efflux, Torricelli's Equation

01:04:12

Fluid Mechanics L9 | Steady Flow, Flow Rate, Equation of Continuity, Bernoulli's Equation Derivation

38:12

Fluid Mechanics | L8 | Buoyant Force in Horizontally Accelerated Container | U - Tube Problems

30:03

Fluid Mechanics | L7 | Average Density | Problems on Buoyant Force | Floating, Sinking

52:36

Fluid Mechanics | L6 | Buoyant Force | Floatation | Concept Behind Calculation of Buoyant Force

48:20

Fluid Mechanics | L5 | Barometer - Working Principle and Usage

32:53

Fluid Mechanics L4 | Pressure Variation in Horizontally Accelerated Liquid | Shape of Free Surface

22:22

Fluid Mechanics L3 | What Happens when a Liquid Container is Accelerated Downward?

28:47

Screw Gauge - Working Principle, Least Count, Measurement, Zero Error and Correction

59:28

Vernier Caliper - Working Principle, Least Count, Measurement, Zero Error, Concept

01:02:12

Fluid Mechanics L2 | Calculation of Force Due to Pressure | Pressure Variation in Accelerated Liquid

01:03:06

Fluid Mechanics | L1 | Ideal and Real Fluids | Variation of Pressure with Depth

01:13:55

Semiconductors | L5 | Photodiode, LED, Solar Cell | Logic Gates | de Morgan's Law

43:06

Solids | L4 | Problems on Percentage Changes in Dimensions | Poisson Ratio | Bulk Modulus

01:04:18

Solids | L2 | Calculation of Strain & PE Under Non-Uniform Stress | Stress-Strain Curve

53:37

Solids | L3 | Problems on Breaking Stress | Tangential Stress and Strain | Shear Modulus

45:14

Semiconductors | L4 | Diode as a Rectifier - Half & Full Wave | Zener Diode as Voltage Regulator

50:34

Semiconductors | L3 | p-n Junction Under Forward Bias, Reverse Bias | Diode | i-V Characteristics

48:15

Semiconductors | L2 | p-n Junction | Diffusion, Drift, Potential Barrier, Depletion Region

01:12:16

Solids | L1 | Types of Stress & Strain | Longitudinal Stress, Strain, Young's Modulus | Problems

41:49

Semiconductors | L1 | Intrinsic, Extrinsic, p type, n type, energy gap, doping, mobility, holes

01:10:54

Nuclei | L1 | Mass | Binding Energy | Stability | Radius | Mass - Energy Equivalence | E = mc^2

18:08

Nuclei | L3 | Nuclear Fusion

51:27

Nuclei | L2 | Nuclear Reactions | Energy (Q value) Calculations | Nuclear Reactor

01:09:55

Atoms | L1 | Rutherford and Bohr Models of Atom | Alpha Ray Scattering Experiment | Atomic Structure

01:08:36

Atoms | L2 | Emission Spectrum of Hydrogen | Calculations Based on Bohr's Model | Spectral Series

37:53

Gravitation | L8 | JEE Main and Advanced Past Year Questions Discussion

01:16:22

Gravitation | L7 | Geostationary satellite | Kepler's Laws of Planetary Motion

01:11:12

Gravitation | L6 | Escape Velocity | Orbital Velocity | Satellite motion | Energy | Time Period

01:15:09

Gravitation | L5 | Potential Energy of Spheres | Acceleration Due to Gravity of a Planet

59:09

Gravitation | L4 | Work and Gravitational Potential Energy | Mechanical Energy Conservation

49:49

Dual Nature | L2 | Problems on Photoelectric Effect | de Broglie Wavelength | Davisson Germer Expt

01:10:43

Gravitation | L3 | Gravitational Field of Semicircular Ring, Uniform Spheres | Neutral Point

01:06:42

Gravitation | L2 | Gravitational Field | Point Mass, Ring on its Axis, Force Due to Field

01:04:29

Gravitation | L1 | Newton's Law of Gravitation | Binary Star | Principle of Superposition of Forces

01:11:25

Dual Nature L1 | Photoelectric Emission | Hertz, Hallwachs & Lenard Observations | Einstein's Theory