Видео с ютуба Digital Physics Academy

Lecture-15: Dynamics of Combined Translational and Rotational Motion

Conservation of Angular Momentum Explained with Examples | Lecture 14 | IIT/NEET

Muruga MP Academy|Admission Open 2026-2027|Physics 12|Online Classes #murugamp #academy #physics

Logic Gates (XOR & XNOR Gate) - Unit 23: Digital Electronics- Class 12

Logic Gates (NAND & NOR Gate) - Unit 23: Digital Electronics- Class 12

Rotational Dynamics Numericals using Newton’s Second Law | IIT Physics | Lec 12

Torque – Core Concepts & IIT-Level Numericals | Lec-11@DIGITALPHYSICSACADEMY-kb5on

Nuclear Physics Begins! | Structure of Nucleus & Mass Defect | IIT/NEET Lec-1

Drawback Of Dimensional Analysis | Unit & Dimension | Physics | BSEB | Navneet School Online

Perpendicular Axis Theorem vs Parallel Axis Theorem | Lecture-10 | IIT-JEE Physics

Logic Gates (AND, OR & NOT Gate) - Unit 23: Digital Electronics- Class 12

Moment of Inertia Numericals (Easy to Advanced) | Lecture-8 | IIT-JEE Physics

Digital Electronics & Digital Signal Levels - Unit 23: Digital Electronics- Class 12

Oblique Collisions Numericals Made Easy | Step-by-Step | Lecture-7 I Digital physics academy

Coefficient of Restitution Explained with Numericals | Collision Problems | Lecture-6

Numericals on Collisions | Perfectly Elastic & Inelastic Problems | Lecture-05 | IIT-JEE Physics

Head-On Collision | Momentum Conservation & Energy Analysis | Lecture-4

Emission and Absorption Spectra | Atomic Spectra Explained | Lecture-3

Energy of an Orbit & Atomic Spectrum Explained | Bohr Model | LEC–2@DIGITALPHYSICSACADEMY-kb5on

Rutherford to Bohr: Atomic Structure Explained for IIT-JEE | Lecture-1

De Broglie Hypothesis (L-3) | Advanced Numericals for IIT-JEE@DIGITALPHYSICSACADEMY-kb5on

Photoelectric Effect – Numericals & Stopping Potential Explained | Lecture 2

Photoelectric Effect – Key Terms: Work Function, Threshold Frequency (Lecture-1)

Lecture 14 — Refracting and Reflecting Telescopes: Principles & Ray Diagrams

Lecture-13 | Simple & Compound Microscope: Derivations & Magnification | IIT/NEET Physics