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This is an aggregated set of teaching resources contributed by the Flipped Chemistry community, especially useful in flipped classroom environments. If you would like to submit a relevant tool or resource which you have found useful in your own teaching experience, please tell us - we'll review and get it listed for everyone to see!
Title | Type | Description |
Video | First video in a series by Kevin Davies. An introduction to the factor-label method for unit conversions. Used in my general chemistry class, but suitable for introductory chemistry as well. Length: 4 minutes. | |
Video | The second video in the series from Kevin Davies - this features an example problem showing how conversion factors can be used in dimensional analysis. Useful for general or introductory chemistry. Length: 5 minutes. | |
Video | Third video in a series by Kevin Davies. Shows sample problem for unitary analysis. Length: 7 minutes. | |
Video | From Kevin Revell. A brief overview of fundamental units, then an overview of precision, accuracy, and significant digits. Does not include calculations with significant digits - this is left for in-class. |
Title | Type | Description |
Video | An introduction to atomic structure, and to isotopes. An in-class presentation from Jim Zoval. |
Title | Type | Description |
Video | An introduction to formal charge by Kevin Davies. Length: 7 minutes. | |
Video | A brief review explaining the difference between formal charge and oxidation number. By Kevin Davies. Length: 7 minutes. | |
Video | A qualitative, vector-addition perspective on finding the net dipole of a molecule. By Kevin Davies. Length: 8 minutes. |
Title | Type | Description |
From Heath Giesbrecht. An example of the ionic equations from the combination of sodium fluoride and lead nitrate. 6 minutes. |
Title | Type | Description |
Video | A basic introduction to the kinetic theory of gases, including pressure and a description of a manometer. | |
Video | Pre-class video, including an overview of kinetic theory of gases, and the relationships between pressure, volume, and temperature. Several example problems included. | |
Video | Pre-class video |
Title | Type | Description |
Video | Pre-class video introducing acids & bases. It includes a pictoral description of acid dissociation in water that I really like. |
Title | Type | Description |
Video | A brief tutorial on using the NUTS software to process NMR data. Useful for organic lab sections. |
Title | Type | Description |
Video | A summary of how to name each of the carboxylic acid derivatives, with examples. |
Title | Type | Description |
Video | This video presents an overview of oxidation/reduction as applied to organic chemistry, as well as examples of chromium oxidations of alcohols (Jones Reagent & PCC). |
Title | Type | Description |
Video | Pre-class video (20 minutes) including sample reactions. |
Title | Type | Description |
Video | Pre-class video with example problems. | |
Video | Pre-class video with example problems | |
Video | From PowerBytz. A low-level overview of renewable & non-renewable sources of energy | |
Interactive | Good states of matter simulator from PhET at the U. of Colorado. Useful for molecular visualization, highlighting the effects of temperature and pressure on phase. Java-based applet. | |
Video | From Heath Giesbrecht. A problem-solving session using the Clausius-Clapeyron Equation. | |
Video | From Heath Giesbrecht. Calculate the lattice energy (LE) of sodium chloride using the Born-Haber process, if given a table with the following reaction equations: Na (s) + 1/2 Cl2 (g) → NaCl (s) ∆H°fNaCl = -411 kJ/mol Cl2 (g) → 2 Cl (g) BECl2 = +242 kJ/mol Cl2 + e- → Cl- (g) EACl = -364 kJ/mol Na (s) → Na (g) ∆H°atomNa = +108 kJ/mol Na (g) → Na+ (g) + e- IENa = + 500. kJ/mol Na+ (g) + Cl- (g) → NaCl (s) LENaCl = ? 10 minutes long |
Title | Type | Description |
Video | A video highlighting the elimination of alcohols to alkenes. Covers product mixtures (Zaitsev's rule) as well as E1 and E2 mechanistic pathways. | |
Video | From Heath Giesbrecht. Epoxidation of Alkenes using mCPBA. Includes mechanism and 3-D considerations. 7 minutes. |
Title | Type | Description |
Video | From Heath Giesbrecht. A discussion of the mechanism of NBS benzylic bromination. 10 minutes. |
Title | Type | Description |
Interactive | Very good molecular geometry simulator from PhET at the U. of Colorado. Fun to play with, with both molecular and electronic geometries shown. Java-based applet. |
Title | Type | Description |
Condensed Structure to Lewis Structure - Identify Chiral Molecules | Video | From Heath Giesbrecht - a nice summary of identifying chiral molecules, starting from condensed structures. 9 minutes. |
Video | Find the number of stereoisomers for a molecule containing both a chiral center and an an alkene | |
Video | From Heath Giesbrecht. 6 minutes. |
Title | Type | Description |
Video | From Heath Giesbrech |
Title | Type | Description |
Video | From Heath Giesbrecht. A description of using the partition coefficient calculation in an organic extraction. 5 minutes. | |
Comparing Reaction Quotient & Equilibrium Constant to Determine Reaction Direction | Video | From Heath Giesbrecht. A sample problem showing comparison of Qc to Kc - 3.5 minutes. |
Title | Type | Description |
Video | From Heath Giesbrecht. Calculation of Formal Charge on the CO molecule. Two minutes long. |
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