H.

Draw the chair conformations for the following trisubstituted cyclohexane. Label the most stable conformation and provide an explanation.

Draw the two chair conformations for ethylcyclohexane. Which is more stable?

QUESTION 6 In the the answer box, type the number of substituents that will be in the equatorial position in the lowest chair conformation for the following cyclohexane,

The structure of a trisubstituted cyclohexane is shown, but no information is given about whether the groups are "up" or "down": that is, wedge and dash notation has not been used. Change the exo-cyclic bonds to represent the structure that will have the most stable chair conformation.

1. Draw the chair conformers of each of the following cyclohexane. 2. which one is more stable in each one?

Draw both chair Conformers for chlorocyclohexane. Which one is more stable? Include all hydrogens.

Give detailed Solution with explanation needed. Don't give Handwritten answer

4. Clearly draw both Chair Conformations. of the following molecule Xordin 5. for the Molecule in Question 4 - Circle the lowest energy Chair Conformat. TAM!

6. Using Newman projections, draw each of the following molecules in its represented conformation with respect to the bond indicated. Use squares to type in appropriate substitution. a) Bond view C2-C3 H₂C % CH3