6.2 Calculating Degree of Unsaturation.
6.3 Naming Alkenes.
6.6 Sequence Rules: the E,Z Designation.
6.8 The Addition of HX to Alkenes.
6.9 Markovnikov's Rule.
6.10 Carbocation Structure and Stability.
6.12 Carbocation Rearrangements.
Calculating Degrees of Unsaturation. An interactive problem set in the calculation of degrees of unsaturation as described in McMurry, Section 6.1.
E,Z Sequence Rules. Exercises in ranking groups for E,Z nomencalture as described in McMurry, Section 6.6.
Nomenclature. An interactive problem set in alkene nomencalature as described in McMurry, Section 6.4.
Drawing Structures from IUPAC Names Use a web-based pallet to draw alkene structures based on their IUPAC names, as described in McMurry, Section 6.4.
Carbocation Stability Exercises in determining carbocation stability as described in McMurry, Section 6.8.
Markovnikov's Rule An interactive problem set for predicting HCl additions using Markovnikov's rule as described in McMurry, Section 6.6.
Carbocation Rearrangements Use a web-based pallet to predict carbocation rearrangements, as described in McMurry, Section 6.6.
Addition of HX to Alkenes Use a web-based pallet to predict products from the addition of HX to alkenes, as described in McMurry, Section 6.10.
Chapter 6 Concept Questions.
Multiple-Choice Quiz