Cavity Problems in Centre of Mass Complete Theory & Numerical LECTURE-7

Centre of Mass of a Composite System part-2 LECTURE-6

Centre of Mass of a Composite System part-1 LECTURE-5

Calculation of Center of Continuous body part-2 Lecture 4

Calculation of Center of Continuous body part-1 Lecture 3

Calculation of Center of Mass of Discrete Particles | LECTURE-2

Constraint motion part-1 -String Constraint lecture 15

Introduction of Center of Mass & Its PropertiesLECTURE 1

Connected Bodies on Pulley & Inclined Plane LECTURE-14

Connected Mass System: String & String with Mass LECTURE-13

Combined Body Problems LECTURE-12

Understanding Newton’s Second Law (F = ma) LECTURE -11

From Stability Curve to Power Generation: Fission, Fusion & Nuclear Reactors Lecture- 4

Nuclear Reactions- Q-Value, α-Decay, β-Decay, γ-Emission & K-Capture | LECTURE-3

Nuclear Force, Mass Defect, Binding Energy, BE/Nucleon & Binding Energy Curve Lecture-2

Structure of Nucleus Nuclear Size, Nuclear Mass & Nuclear Density LECTURE-1

X-Rays Full Chapter in One Shot | Moseley’s Law, Bragg’s Law, Kα Lines, Spectrum | LECTURE- 6

Effect of Nuclear Mass on Bohr Orbit & Fundamentals of Atomic Collision LECTURE-5

Hydrogen Atom Spectral Series (Lyman, Balmer, Paschen, Brackett & Pfund) - LECTURE 4

Hypothetical Bohr Model,Electron Energy,Transition λ,ν,ΔE,Recoil velocity & Spectral Lines LECTURE 3

Bohr Model part-1:Radius, Velocity,Time Period , Area, a,Current,Magnetic field & Moment Lecture-2

Atomic Models:Dalton, Thomson,Rutherford,Impact Parameter & Distance of Closest Approach LECTURE-1

Logic Gates – Lecture 9

Half Wave Rectifier | Full Wave Rectifier | Bridge Rectifier & Filters LECTURE 8

OPTOELECTRONIC DEVICES: LED, SOLAR CELL & PHOTODIODE LECTURE-7

ZENER DIODE EXPLAINED | ZENER & AVALANCHE BREAKDOWN | VOLTAGE REGULATOR CONCEPT LECTURE-6

P–N JUNCTION DIODE: FORMATION, DEPLETION REGION, AND BIASING — LECTURE 4

⚡ EFFECT OF TEMPERATURE ON SEMICONDUCTORS,LAW OF MASS ACTION,CURRENT IN SEMICONDUCTORS LECTURE-3

CONCEPT OF HOLES, CLASSIFICATION OF SEMICONDUCTORS, AND FERMI ENERGY LEVEL-SEMICONDUCTOR LECTURE-2

ENERGY BAND THEORY OF SOLID & CLASSIFICATION OF MATERIALS-SEMICONDUCTOR Lecture-1

Equilibrium of Masses Connected by Strings part-2 ⚖️ Newton’s Laws of Motion – Lecture 10

Davisson–Germer Experiment -Dual Nature of Radiation & Matter Lecture-8

De Broglie Wavelength Explained in One Shot | Complete Theory + PYQs + Numericals

📘 De Broglie Wavelength | -Dual Nature of Radiation & Matter Lecture-7

Balance of Force & Equilibrium part-1 ⚖️ Newton’s Laws of Motion – Lecture 9

Experimental & Graphical Study of Photoelectric Effect-Dual Nature of Radiation & Matter Lecture-6

Newton’sThird Law&Contact Forces:Normal,Tension&Free Body Diagrams|Newton’s Laws of Motion–Lecture 8

⚡ Einstein’s Photoelectric Equation & Stopping Potential-Dual Nature of Radiation & Matter Lecture-5

Impulse & Impulse-Momentum Theorem | Newton’s Laws of Motion – Lecture 6

Cart with Sand Loading & Leaking Conveyor Belt with Sand Loading Newton’s Laws of Motion | Lecture-6

Electron Emission and Work Function: Understanding the Photoelectric Effect-Dual nature :Lecture-4

📘 Newton’s Laws of Motion | Lecture-5 |

📘Dual Nature of Radiation & Matter Lecture-3|Radiation Pressure &Force:Light as a Source of Momentum

Newton’s Laws of Motion | Lecture-4| Variable Mass Systems | Hose Pipe & Falling Chain

📘 Newton’s Laws of Motion | Lecture-3|Average force,Ball wall ,Re bouncing of ball,Gun bullet

📘 Newton’s Laws of Motion | Lecture-2 |Linear Momentum & Newton’s Second Law

📘 Dual Nature of Radiation & Matter Lecture-2|Number of Photons,Intensity of source

📘 Newton’s Laws of Motion | Lecture-1|Force,types of force1st Law–Law of Inertia

📘 Dual Nature of Radiation & Matter Lecture-1| History of Light & Properties of Photon

Relative Motion Lecture-7 | Rain-Man Problem

Relative Motion Lecture-6(River Boat Problems Minimum Time Shortest Distance & Drifting of boat)

RELATIVE MOTION LECTURE 5(Shortest Distance & Collision Condition of projectile)

RELATIVE MOTION LECTURE-4(Coin/Object in Moving Lift – Condition to Avoid Collision)

RELATIVE MOTION LECTURE-3(Relative Motion in a Regular Polygon & under Gravity,Police-Thief Problem)

RELATIVE MOTION LECTURE-2(relative velocity on moving platform,Time of crossing or meeting NCERTMCQ)

RELATIVE MOTION LECTURE-1 (Introduction to Relative Motion)

PROJECTILE MOTION|LECTURE-6 ( Projectile Motion Beyond Basics: Wind, Platforms, Inclined Planes & %)

PROJECTILE MOTION | LECTURE-5(Tower Based Projectile Motion: Horizontal Launch & Angled Launch)

PROJECTILE MOTION | LECTURE-4(Equation of Trajectory – Complete Concept Explained)

PROJECTILE MOTION | LECTURE-3 (Ground-to-Ground ProjectileComplementary Angle Concept Explained)