Equations of Motion: Derivations & Worked Examples
Uniform acceleration equations derived from first principles with worked problems. Read more
All Notes
Every notes on the website and newest first.
Newton’s First Law: Law of Inertia
Inertia explained through simple examples, conceptual traps, and classroom demonstrations. Read more
Newton’s Second Law: Definition, Units & Applications
A clear guide to F = ma, force units, free-body diagrams, and real-world applications. Read more
Newton’s Third Law: Definition, Applications & Examples
Action and reaction pairs explained using everyday examples and free-body reasoning. Read more
History of Magnetism: Origin, Key Discoveries & Applications
From lodestones to modern spintronics, this note traces how magnetism became a central physics idea. Read more
Magnetism Basics: Fields, Poles & Forces
A foundational walkthrough of magnetic fields, north-south poles, and how magnetic forces act on moving charges. Read more
Exotic properties of electron moments & nucleus
Hello friends! I am the Anu, an electron, which is the fundamental particle of the smallest building block of matter, an atom. My species was… Read more
Equations of Motion: Derivations & Worked Examples
In physics, we use equations of motion to describe how an object moves when its acceleration remains constant. Uniform acceleration equations derived from first principles… Read more
History of Magnetism: Origin, Discoveries, Scientists, and Applications
A foundational walkthrough of magnetic fields, north-south poles, and how magnetic forces act on moving charges. This article discusses how the word magnetism came into… Read more
PAM Dirac: The silent architect of Quantum Mechanics
Introduction Physics students and science enthusiasts will discover how Paul Dirac's quiet brilliance fundamentally changed our understanding of the quantum world. This article explores Dirac's… Read more