Review I Constants Periodic Table Part A The table below shows the normal boiling points of benzene and benzene derivatives. Which of these compounds exhibit dispersion interactions? Normal Drag the appropriate compounds to their respective bins. Point (2C) Compound Structure Reset Help C,H, (benzene) CHCI (chlorobenzene) 132 benzene phenol chlorobenzene bromobenzene c,H,Br (bromobenzene) 156 do not exhibit dispersion interactions exhibit dispersion interactions C,H,OH (phenol, or hydroxybenzene) 182 Submit Request Answer Part B Which of these compounds exhibit dipole-dipole interactions? Drag the appropriate items to their respective bins. Reset Help chlorobenzene phenol benzene bromobenzene exhibit dipole-dipole interactions do not exhibit dipole-dipole interactions Submit Request Answer Part C Which of these compounds exhibit hydrogen bonding? Drag the appropriate items to their respective bins. Reset Help bromobenzene benzene chlorobenzene phenol exhibit hydrogen bonding do not exhibit hydrogen bonding Submit Request Answer Part D Why is the boiling point of bromobenzene higher than that of chlorobenzene? Match the words in the left column to the appropriate blanks in the sentences on the right. Reset Help more Bromine is and polarizable than chlorine, so the dispersion forces in bromobenzene are than those in chlorobenzene. larger stronger smaller weaker less Submit Request Answer Part E Why is the boiling point of phenol the highest of all? Match the words in the left column to the appropriate blanks in the sentences on the right. Reset Help weakest Phenol exhibits intermolecular interaction among which is the covalent molecules. strongest van der waals forces hydrogen bonding covalent bonding ionic bonding Submit Request Answer