Confirmation of Polarity in Benzene Diol and Benzene Dithiol
Benzene diol and benzene dithiol can be analyzed for polarity by considering their molecular structures and the presence of polar bonds.

Presence of Polar Bonds
- Benzene diol (C6H4(OH)2) contains hydroxyl groups (-OH) which are polar due to the electronegativity difference between oxygen and hydrogen.
- Benzene dithiol (C6H4(SH)2) contains thiol groups (-SH) which are also polar due to the electronegativity difference between sulfur and hydrogen.

Effect of Molecular Structure
- In benzene diol, the presence of two hydroxyl groups on opposite sides of the benzene ring can create a dipole moment, making it polar.
- In benzene dithiol, the two thiol groups on opposite sides of the benzene ring can also create a dipole moment, resulting in polarity.

Confirmation through Conformations
- The confirmation of polarity in benzene diol and benzene dithiol can be further supported by analyzing their conformations.
- By examining the spatial arrangement of atoms and groups in different conformations, the overall polarity of the molecules can be determined.

Conclusion
In conclusion, both benzene diol and benzene dithiol can be considered polar molecules based on the presence of polar bonds and their molecular structures. Analyzing different conformations can further confirm the polarity of these compounds.