Quicktime movies of atomic orbitals.

Quicktime movies of atomic orbitals.

Quicktime movies of atomic orbitals.

Quicktime movies of atomic orbitals.

Quicktime movies of atomic orbitals.

Quicktime movies of atomic orbitals.

Quicktime movies of atomic orbitals.

Quicktime movies of atomic orbitals.

Quicktime movies of atomic orbitals.

This tutorial contains links to explanations of the four different quantum numbers (principal, orbital, magnetic, and spin). Equations for each are provided.

Introduction to the quantum mechanical model of the atom: Thinking about electrons as probabilistic matter waves using the de Broglie wavelength, the Schrodinger equation, and the Heisenberg uncertainty principle. Electron spin and the...

This site from the University of Colorado at Boulder has great information on the Pauli Exclusion Principle. Pictures are provided along with links to additional information. The information provided is not in-depth and it is...

[Free Registration/Login Required] In this interactive you will excite an electron by dragging it into a higher orbital and use the table to see what wavelength of electromagnetic radiation is emitted when it returns to its lowest orbit....

This power point highlights the main ideas about modern atomic theory from the online textbook "An Introduction to Chemistry". Step by step instructions are given to write electron configurations and draw orbital diagrams. Also includes...

This multi-day lesson plan helps students to understand how the models of the atom have changed and how quantum mechanics affects the electrons as they orbit the nucleus.

This extensive overview on chemical bonding seeks initially to answer the question, why do chemical bonds form? Information is provided on classical models of chemical bonding and quantum mechanical models of the chemical bond.

Using diagrams, illustrated examples, and student practice this chemistry class tutorial explains quantum numbers.