Instructional Video5:33
Curated Video

Azimuthal Quantum Number: Shaping Electron Orbits

9th - Higher Ed
Characterised by the symbol 𝑙l, the azimuthal quantum number is a fundamental parameter in quantum mechanics that describes the angular momentum and form of an electron's orbital within an atom. The integer values it accepts range from...
Instructional Video7:54
Catalyst University

Using Molar Susceptibility to Determine Spin State

Higher Ed
Using Molar Susceptibility to Determine Spin State
Instructional Video7:15
Professor Dave Explains

Ligand Field Theory and the Jahn-Teller Effect

9th - Higher Ed
Before we can discuss the types of reactions that transition metal complexes can participate in, we need to discuss more of their properties. In this video, we will review the Crystal Field Theory and build on it to explore the Ligand...
Instructional Video12:32
Catalyst University

Pi-backbonding with Strong-Field Ligands

Higher Ed
Pi-backbonding with Strong-Field Ligands
Instructional Video16:48
Catalyst University

Crystal Field Stabilization Energy (CFSE) 1: Introduction

Higher Ed
Crystal Field Stabilization Energy (CFSE) 1: Introduction
Instructional Video7:41
Catalyst University

Paramagnetism and Molar Susceptibility

Higher Ed
Paramagnetism and Molar Susceptibility
Instructional Video4:12
Professor Dave Explains

Pseudo Noble Gas Electron Configurations

9th - Higher Ed
We've learned about electron configurations, and also about how this plays into ionization, given that elements will tend to ionize in such a way so as to achieve noble gas electron configuration. But certain transition metals will seek...
Instructional Video
Khan Academy

Khan Academy: The Periodic Table Transition Metals

9th - 10th
an explanation of the electron configuration of the transition metals on the Periodic Table. [5:33]