Problem 2.26 : Introduction to Electrodynamics _ Griffiths. V between two points of a cone

Problem 2.6 : Introduction to Electrodynamics_Griffiths - E field above the center of a flat disk

Problem 2.10: Intro to Quantum Mechanics_Griffiths. Simple Harmonic Oscillator & Ladder Operators

Quantum Simple Harmonic Oscillator, Wave Functions, Intro to Ladder Operators, Hermite Polynomials

Problem 2.5: Introduction to Quantum Mechanics by David Griffiths

What is the Hamiltonian? : Kinetic energy & momentum operators, and the updated Schrodinger Equation

Using the Orthogonality of Stationary States to find c_n co-efficients in the Infinite Square Well

Problem 2.4: Introduction to Quantum Mechanics - David Griffiths

Allowed Energy of particle trapped in the Infinite Square Well

The Infinite Square Well: Deriving the Wave Function

The Photoelectric Effect - Introduction

Calculus based proof of Snell's Law

Derivation of the Mirror / Lens Equation

How to derive displacement function of Simple Harmonic Motion

Deducing Lorentz Transformation Equations

Classic Problem 6 - Calculating Amplitude and Time Period in SHM

Doppler's Effect for Sound Waves

Springs, Mechanisms, Time Period and Work

Potential and Kinetic Energy in SHM

Introduction to Simple Harmonic Motion (SHM) | General Equation and Derivation

Heat Engine | Mechanism and Efficiency

Carnot's Engine | Mechanism and Work Done

The Second and Third Law of Thermodynamics Explained in 6 mins

Change in Entropy in Different Thermodynamics Processes

Classic Problem 5 | Calculating "g" from time of flight

Classic Problem 4 | Use of 1st Law of Thermodynamics

What is Entropy?

Why is Adiabatic Curve steeper than Isothermal Curve

Work Done in a Thermodynamic Process Part 2 | Adiabatic Process

Relationship between Thermodynamics Variables in Adiabatic Process