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Schrödinger Club   A quick overview
00:01:44
Restarting a session in nbgrader
00:01:07
A birds-eye view of fossil fuels
00:05:41
Measuring the albedo of a surface
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Electronic structure of Helium in Spartan
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Using a spreadsheet to make a graph and fit a straight line to it
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Entering expressions in a spreadsheet
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Entering numbers in a spreadsheet using scientific notation
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Using the fill down option in a spreadsheet for finding PV divided by RT
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Using Spartan to find molecular weights
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Measuring bond distances in Spartan via vdesk
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Finding energies of attraction between atoms and molecules
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Interpreting a calculated reaction profile in terms of an activation energy
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Concerted mechanism for formation of carbonic acid from water and CO2
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Lewis acid base reactions
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Energy of activation for methyl bromide + bromide
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Sigma bond formation in HF from the overlap of a 1s orbital (H) with a 2p orbital (F)
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Formation of a sigma bond in N2 from two 2p orbitals
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Formation of a sigma bond in H2
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Finding the Born Oppenheimer energy of a diatomic molecule using Spartan
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Running the simple radiative balance climate model
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How to measure bond strengths in Spartan
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Wave particle duality
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Quantum numbers and Hund's Rule
00:07:50
Introduction to Atomic Orbitals
00:12:25
Exploring intermolecular interactions with Spartan
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Intermolecular interactions
00:09:51
Displaying dipole moments in Spartan
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Atomic structure and the Periodic Table
00:04:34
Getting started with Ziteboard
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