< CH3CH₂CH₂OH (n-propanol) or CH3CH2CH3 (propane) The strongest intermolecular forces of the compound with the lower freezing point are has the lower freezing point. 1. CH3CH₂CH₂OH (n-propanol) 2. CH3CH₂CH3 (propane) 3. ion-dipole forces 4. hydrogen-bonding forces 5. dipole-dipole forces 6. ion-induced dipole forces 7. dipole-induced dipole forces 8. dispersion forces

In a homogeneous mixture, the intermolecular force between polar molecules that do not have a H connected to an O, N, or F is London dispersion O dipole-dipole O hydrogen bonding ion-dipole

Using your knowledge of chemistry and the information in Reference Table H, which statement concerning propanone and water at 50°C is true? * 1 point       A) Propanone has a higher vapor pressure and stronger intermolecular forces than water.       B) Propanone has a higher vapor pressure and weaker intermolecular forces than water.       C) Propanone has a lower vapor pressure and stronger intermolecular forces than water.       D) Propanone has a lower vapor pressure and weaker intermolecular forces than water

Select the appropriate options to identify which compound in the following pair has the lower freezing point and identify the strongest intermolecular forces for that compound: CH3CH₂CH₂OH (n-propanol) or CH3CH₂CH3 (propane) has the lower freezing point. The strongest intermolecular forces of the compound with the lower freezing point are 1. CH3CH₂CH₂OH (n-propanol) 2. CH3CH₂CH3 (propane) 3. ion-dipole forces 4. hydrogen-bonding forces 5. dipole-dipole forces 6. ion-induced dipole forces 7. dipole-induced dipole forces 8. dispersion forces