Question

Provide the chair conformation of cyclohexanol with the hydroxyl group in the equatorial position.

Answer 1

To draw the chair conformation of cyclohexanol with the hydroxyl group in the equatorial position, follow the steps provided, ensuring the OH group is placed on the same side as the other axial hydrogen.

Step-by-step explanation:

The chair conformation of cyclohexanol with the hydroxyl group in the equatorial position can be drawn by following these steps:

1. Draw a cyclohexane ring as a hexagon.
2. Place the OH group at one of the vertices of the hexagon.
3. Draw the chair structure by connecting the neighboring carbons with lines forming an upside-down V shape.
4. Place the remaining hydrogens on the carbons, alternating between pointing up and down.
5. Make sure the OH group is in the equatorial position, meaning it is on the same side of the ring as the other axial hydrogen.
6. Label the axial and equatorial bonds for clarity.

This chair conformation represents cyclohexanol with the hydroxyl group in the equatorial position.