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High School/JEE/NEET/IPhO Physics | 17-19 Yrs
Onion Physics for JEE & NEET
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Middle School/NTSE Physics | 14-16 Yrs
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High School/JEE/NEET/IPhO Physics | 17-19 Yrs

Basic Tools

Basics of Differentiation
Basics of Integration
Basics of Vectors
Basics of Solid Angle
Units and Dimensions

Mechanics

Motion in One Dimension
Motion in Two Dimensions
Relative Motion
Constrained Motion
Newton’s Laws of Motion
Friction
Work Energy Power
Circular Motion
System of Particles-I
System of Particles-II
Rigid Body Dynamics

Heat & Thermodynamics

Thermal Expansion
Calorimetry
Kinetic Theory of Gases
Laws of Thermodynamics
Heat Transfer

Oscillation & Waves

Simple Harmonic Motion
Waves Motion
Interference of Waves
Stationary Waves and Beats
Doppler’s Effect

Properties of Matter

Fluid Statics
Fluid Dynamics
Surface Tension
Viscosity
Elasticity

Gravitation

Gravitational Field
Satellite Motion

Electrostatics

Electric Charges and Fields
Electric Potential and Dipole
Electric Flux and Gauss’s Law
Conductors & Dielectrics
Electrostatic Energy and Electric Pressure
Capacitance

Electric Current & Circuits

Current Electricity
Circuit Analysis
Thermal Effects of Current
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Magnetic Effects

Magnetic Effects of Current
Magnetic Force on Moving Charges
Electromagnetic Induction
Self & Mutual Inductance
Classical & Terrestrial Magnetism
Magnetic Properties of Materials
Alternating Current
Electromagnetic Waves

Optics

Geometrical Optics I - Reflection of Light
Geometrical Optics II - Refraction of Light
Geometrical Optics III - Thin Lenses
Dispersion of Light
Interference of Light
Diffraction of Light
Polarization of Light
Photometry
Optical Instruments

Modern Physics

Atomic Structure
Photo Electric Effect
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Semiconductors

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Communication Systems

Communication Systems
Modulation and Demodulation

Interference of Light

Module - 1 Nature of Light

Duration: 3.55 Min

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Module - 2 Newton's Corpuscular Theory

Duration: 2.37 Min

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Module - 3 Huygen's Wave Theory

Duration: 3.46 Min

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Module - 4 Huygen's Theory of Wavefront Propagation of Light

Duration: 3.26 Min

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Module - 5 Maxwell's Electromagnetic Theory

Duration: 3.26 Min

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Module - 6 Interference of Light

Duration: 3.38 Min

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Module - 7 Theory of Interference of Two Waves

Duration: 10.27 Min

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Module - 8 Intensity of Light at the Point of Interference

Duration: 3.33 Min

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Module - 9 Interference of Equal Intensity Waves

Duration: 2.41 Min

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Module - 10 Condition of Path Difference for Constructive and Destructive Interference

Duration: 4.22 Min

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Module - 11 Solved Example-1

Duration: 2.59 Min

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Module - 12 Solved Example-2

Duration: 2.08 Min

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Module - 13 Solved Example-3

Duration: 3.10 Min

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Module - 14 Solved Example-4

Duration: 3.23 Min

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Module - 15 Young's Double Slit Experiment

Duration: 6.26 Min

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Module - 16 Light Intensity on Screen in YDSE

Duration: 5.09 Min

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Module - 17 Distance of Bright and Dark Fringes in YDSE

Duration: 4.24 Min

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Module - 18 Fringe Width in YDSE

Duration: 3.02 Min

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Module - 19 Solved Example-5

Duration: 2.09 Min

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Module - 20 Solved Example-6

Duration: 2.37 Min

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Module - 21 Solved Example-7

Duration: 2.36 Min

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Module - 22 Solved Example-8

Duration: 3.27 Min

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Module - 23 Effect of Changing Direction on Incident Light in YDSE

Duration: 6.50 Min

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Module - 24 Effect Submerging YDSE in a Transparent Media

Duration: 2.53 Min

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Module - 25 Path Difference Between Two Parallel Waves due to a Denser Medium

Duration: 4.09 Min

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Module - 26 Effect of Placing a Thin Transparent Film in YDSE

Duration: 7.56 Min

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Module - 27 Concept of z-value on YDSE Screen

Duration: 5.28 Min

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Module - 28 Use of White Light in YDSE

Duration: 4.11 Min

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Module - 29 Effect of Changing Slit Width in YDSE

Duration: 5.03 Min

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Module - 30 Fresnal's Biprism as a Limiting Case of YDSE

Duration: 7.37 Min

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Module - 31 Lloyd's Mirror as a Limiting Case of YDSE

Duration: 5.49 Min

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Module - 32 Billet Split Lens as a Limiting Case of YDSE

Duration: 5.39 Min

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Module - 33 Interference of Two Parallel Beams of monochromatic Light

Duration: 1.28 Min

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Module - 34 Shapes of Fringes by Interference due to Difference Sources

Duration: 4.58 Min

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Module - 35 Solved Example-9

Duration: 2.35 Min

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Module - 36 Solved Example-10

Duration: 3.42 Min

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Module - 37 Solved Example-11

Duration: 5.46 Min

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Module - 38 Solved Example-12

Duration: 3.13 Min

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Module - 39 Interference due to Thin Films in Reflected Light

Duration: 5.18 Min

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Module - 40 Interference due to Thin Films in Transmitted Light

Duration: 4.22 Min

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Module - 41 Interference of Reflected Light by a Very Thin Film

Duration: 3.40 Min

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Module - 42 Solved Example-13

Duration: 3.07 Min

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Module - 43 Solved Example-14

Duration: 2.21 Min

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Module - 44 Solved Example-15

Duration: 3.13 Min

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Module - 45 Interference due to Thin Wedge Shaped Film

Duration: 6.34 Min

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Module - 46 Interference by an Air Wedge

Duration: 6.21 Min

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Module - 47 Shape of Interference Fringes in Reflected Light

Duration: 5.15 Min

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Post your question related to above video lecture

Sir can you please confirm if the number of minima between zero and infinity are 1095?

4 years ago by Divy Sisodia

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Is the wavelength of the superposed wave also different form the wavelength of the waves of the source?

4 years ago by Divy Sisodia

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Sir how are we getting interference patterns on the line? I know about YDSE which is on a screen.But here the distance D varies.So does that mean interfernce patterns are produced in the entire 3D space and YDSE is just a special case? Sir Please Reply

8 years ago by Karan Singh

Ans 1 ->

Interference is produced everywhere.... consider the wave nature of light... The thing is that a screen helps us notice the patterns.. The detector in this case might have an internal screen which helps it in counting the maximas..

7 years ago by Ratnajadit

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The path difference will keep on changing as detector moves along x-axis. How can we directly use formula? Thanking you Regards Daattavya Aggarwal

9 years ago by Daattavya Aggarwal

Ans 1 ->

8 years ago by Karan Singh

Ans 2 ->

The path difference changes... u are right And here Sir has considered the difference.... As at zero and infinity we got those values.. the other values must be intermediate to these.. He has simplified the process... how many will u sit and count?

7 years ago by Ratnajadit

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High School/JEE/NEET/IPhO Physics | 17-19 Yrs

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