5. 6. Using the template provided, draw the two chair conformers of the molecule shown in the box (note the carbon numbering!). Underline the more stable conformer; if both conformers are equal in energy, underline both. H3C 6 5 3 4 CH3 2 6 5 4 3 4 5

1. (a) HO -CH₂CH=CH₂ Draw the most stable chair conformation for the compound above.

Please don't provide handwriting solution

How do you solve this problem about chair conformations? I'm struggling choosing between A) and D).

Draw both chair Conformers of chlorocylohexane. How much higher in energy is the less stable Conformer?

Draw both chair conformations of trans-1,3-dimethylcyclohexane. Label the more stable conformer or write "none". Indicate the presence of any diaxial interactions.

2. H3CO H3CO HO 1. Consider the molecule shown below. [1] Draw the two chair conformations for the compound. [2] Identify which of the two chair conformations is more stable and explain why. H3CO Jonoto NH₂ How are the following molecules related? (exactly the same, completely different, constitutional isomers, enantiomers, or diastereomers). OH OH OCH3 HO“ OH H3CO H3CO is content is protected and may not be shared, uploaded of ributed OCH3 HO,,, OH O... "OCH3

6. State the relationship between each of the following pairs of structures (same, enantiomers, diastereomers, constitutional isomers or different compound that are not isomeric). b CH3 CH3 **CH3 a CH3 OH OH O d d .& & Br s s C/.. CI Br Да Br Brid

Please provide a drawing explaning the answer.

For each of the following pairs of compounds, determine which compound is more stable (may be more helpful to draw out the chair conformations)