IB DP Chemistry S1.3 L2 | From Energy Levels to Sublevels and Orbitals | Lesson Walkthrough
A 60-minute guided lesson: From Energy Levels to Sublevels and Orbitals. Includes a step-by-step teacher walkthrough and matching student activities.
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Browse all science resourcesA 60-minute guided lesson: From Energy Levels to Sublevels and Orbitals. Includes a step-by-step teacher walkthrough and matching student activities.
A 60-minute guided lesson: Building Electron Configurations. Includes a step-by-step teacher walkthrough and matching student activities.
A 60-minute guided lesson: The Ionisation Limit: From Spectral Data to First IE. Includes a step-by-step teacher walkthrough and matching student activities.
A 60-minute guided lesson: First Ionisation Energy Trends and Discontinuities. Includes a step-by-step teacher walkthrough and matching student activities.
A 60-minute guided lesson: Successive Ionisation Energies: Revealing Electron Structure. Includes a step-by-step teacher walkthrough and matching student activities.
A 60-minute guided lesson: The Mole: Counting the Uncountable. Includes a step-by-step teacher walkthrough and matching student activities.
A 60-minute guided lesson: Relative Mass, Molar Mass and the Mass-Mole Relationship. Includes a step-by-step teacher walkthrough and matching student activities.
Interpret standard electrode potentials using the standard hydrogen electrode as a reference.
Calculate standard cell potentials and predict redox spontaneity.
Link cell potential with Gibbs energy and compare criteria for spontaneous change.