Extra Credit September 28, 2019 by pabco2102 Current Status Not Enrolled Price Free Get Started Login to Enroll Course Content Expand All Conformation 55 Topics | 45 Quizzes Expand Lesson Content 0% Complete 0/55 Steps 1.1 Strain, How to Describe the Relative Locations of Two Substituents Attached to Adjacent Carbons 1.1 Strain, How to Describe the Relative Locations of Two Substituents Attached to Adjacent Carbons 1.2 Strain, The Gauche Effect 1.2 Strain, The Gauche Effect 1.3 Strain, Torsional/Pitzer/Eclipsing Strain 1.3 Strain, Torsional/Pitzer/Eclipsing Strain 2.1 Acyclic, sp3, Stereochemistry of Alkanes 2.1 Acyclic, sp3, Stereochemistry of Alkanes 2.2 Acyclic, sp3, Ethane and the Rotation About its Carbon Carbon Bond 2.2 Acyclic, sp3, Ethane and the Rotation About its Carbon Carbon Bond 2.3 Acyclic, sp3, Propane and the Rotation About its Carbon Carbon Bond 2.3 Acyclic, sp3, Propane and the Rotation About its Carbon Carbon Bond 2.4 Acyclic, sp3, Energies of the Conformations of Propane 2.4 Acyclic, sp3, Energies of the Conformations of Propane 2.5 Acyclic, sp3, Energies of the Conformations of Butane 2.5 Acyclic, sp3, Energies of the Conformations of Butane 2.6 Acyclic, sp3, Calculating the Energy Levels of the Syn-eclipsed and Eclipsed Conformations of Butane 2.6 Acyclic, sp3, Calculating the Energy Levels of the Syn-eclipsed and Eclipsed Conformations of Butane 2.7 Acyclic, sp2, Energies of the Conformations of 1-Butene 2.7 Acyclic, sp2, Energies of the Conformations of 1-Butene 2.8 Acyclic, sp2, Energies of the Conformations of Propanal and the Impact of Alkyl Substituent Size Upon the Variation in Energy of Eclipsed Alkanals 2.8 Acyclic, sp2, Energies of the Conformations of Propanal and the Impact of Alkyl Substituent Size Upon the Variation in Energy of Eclipsed Alkanals 2.9 Acyclic, sp2, A Comparison of the Conformational Energies of 1-Butene and Propanal 2.9 Acyclic, sp2, A Comparison of the Conformational Energies of 1-Butene and Propanal 2.10 Acyclic, sp2, Energies of the Conformations of E 2-Pentene 2.10 Acyclic, sp2, Energies of the Conformations of E 2-Pentene 2.11 Acyclic, sp2, Energies of the Conformations of Z 2-Pentene 2.11 Acyclic, sp2, Energies of the Conformations of Z 2-Pentene 2.12 Acyclic, sp2, How to Anticipate the Direction of Reactants Approach Towards Allylic and Analogous Systems to Predict the Stereochemical Outcome with Hydroboration as an Example 2.12 Acyclic, sp2, How to Anticipate the Direction of Reactants Approach Towards Allylic and Analogous Systems to Predict the Stereochemical Outcome with Hydroboration as an Example 3.1 Cyclic, Cyclohexane, Introduction, How to Draw a Cyclohexane and the Consequence of Ring Flipping 3.1 Cyclic, Cyclohexane, Introduction, How to Draw a Cyclohexane and the Consequence of Ring Flipping 3.2 Cyclic, Cyclohexane, Strain, Different Substitutents 1,3-Diaxial Interaction Energy 3.2 Cyclic, Cyclohexane, Strain, Different Substitutents 1,3-Diaxial Interaction Energy 3.3 Cyclic, Cyclohexane, Strain, Cis-1,2 Disubstitution, Energy of the two Chair Cyclohexanes 3.3 Cyclic, Cyclohexane, Strain, Cis-1,2 Disubstitution, Energy of the two Chair Cyclohexanes 3.4 Cyclic, Cyclohexane, Strain, Trans-1,2 Disubstitution, Energy of the two Chair Cyclohexanes 3.4 Cyclic, Cyclohexane, Strain, Trans-1,2 Disubstitution, Energy of the two Chair Cyclohexanes 3.5 Cyclic, Cyclohexane, Strain, Cis/Trans-1,3 Disubstitution, Energy of the two Chair Cyclohexanes 3.5 Cyclic, Cyclohexane, Strain, Cis/Trans-1,3 Disubstitution, Energy of the two Chair Cyclohexanes 3.6 Cyclic, Cyclohexane, Strain, Cis/Trans-1,4 Disubstitution, Energy of the two Chair Cyclohexanes 3.6 Cyclic, Cyclohexane, Strain, Cis/Trans-1,4 Disubstitution, Energy of the two Chair Cyclohexanes 3.7 Cyclic, Cyclohexane, Strain, t-Butyl Group's Ability to "lock" the Cyclohexane Ring 3.7 Cyclic, Cyclohexane, Strain, t-Butyl Group's Ability to "lock" the Cyclohexane Ring 3.8 Cyclic, Cyclohexane, Strain, A Summary of Disubstitution Patterns on a Cyclohexane Ring 3.8 Cyclic, Cyclohexane, Strain, A Summary of Disubstitution Patterns on a Cyclohexane Ring 3.9 Cyclic, Cyclohexane, Strain, How Does Cyclohexane Convert Between Chair Conformations 3.9 Cyclic, Cyclohexane, Strain, How Does Cyclohexane Convert Between Chair Conformations 3.10 Cyclic, Cyclohexane, Strain, How a Cyclohexane Chair Conformation is Converted into a Boat Conformation 3.10 Cyclic, Cyclohexane, Strain, How a Cyclohexane Chair Conformation is Converted into a Boat Conformation
