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This video introduces the standard equation used in physics for a traveling sinusoidal wave.

The three quantum numbers for an electron in an H atom (or a hydrogen-like ion) determine its characteristics, including its size, ...

This tutorial explains how the simulations of the wave equation on this channel have been coded. After giving a derivation and ...

The wave function is a complex function, meaning it can take on complex values, and its absolute square, |ψ|^2, gives the ...

Ψ(r,t) is the wave function of the system, which provides the probability amplitude for the position and state of a particle at a given ...

The simplest case for which we can solve the Schrödinger Equation is the free particle: a particle that feels no potential energy ...

Charles Collot (Cergy Paris Université) On the Derivation of the Kinetic Wave Equation. The kinetic wave equation arises in weak ...

Lesson 2 Wave Examples Step 3: Wave equation in 3D This step discusses the form of the wave equation in three dimensions ...

Lesson 1 Wave motion Step 6: Derivation Full derivation of the wave equation. This is part of our module: "From Classical to ...

A Gaussian wavefunction solves the harmonic oscillator Schrödinger equation. Confirming this solution provides the details of the ...

We introduce the Schrodinger wave equation and discuss how it arises naturally from two fundamental physics equations once ...

A common mistake when working with Schrödinger's Equation is to treat it as an algebra problem, rather than a differential ...

The Schrödinger Equation for the harmonic oscillator describes the conditions that a wavefunction must obey, for this model of a ...

Any valid wavefunction for a rigid rotor must satisfy the Schrödinger equation.

By using linear combinations of the 1D PIB wavefunctions, we can construct any function that obeys the particle-in-a-box ...

The first video of a series showing how the Schrödinger equation can be derived from classical physics using a as few ad-hoc ...

Here we finally find a solution to one part of the classical wave equation, X(x) using our knowledge of boundary conditions and the ...

The second part of the video on the Schrödinger equation, bringing together all the things that were mentioned in the previous ...

Here we do a practice problem on how to solve differential equations whose solution is known. We also end off by covertly ...

This lecture describes overall wave functions of atomic orbitals.