- Explanation: The dipole moment of CH3Cl is greater than that of CH3F due to greater charge separation between carbon and chlorine. Thus, this statement is incorrect. 4. Evaluate Statement D: - Statement: "Increasing strength of hydrogen bonding is ClHCl < NHCl < OHCl < FHF." - Explana...
How cyclo alkane intermolecular forces are verse straight chain alkane intermolecular forces? How do you determine the intermolecular forces acting on a molecule (London dispersion, dipole-dipole, hydrogen bonds, etc.) when given the Lewis structure? Is lauric acid polar? Are polar or non-polar bo...
(A) dipole-dipole forces (B) ion-dipole interactions (C) London dispersion forces (D) hydrogen bonding (E) none of theWhat is the dominant intermolecular force in CH3Cl? a. dispersion b. dipole-dipole c. hydrogen bonding d...
CH3Cl (boiling point = -24.2 degrees Celsius) c. CH3F (boiling point = -78.6 degrees Celsius) d. HCl (boiling point = -83.7 degrees Celsius) Indicate which molecule has a higher boiling point. Also, indicate which force is responsible for the difference (dispersion, H-bonding, or...
London-dispersion forces What is the strongest type of intermolecular force present in NH2CH3? a. hydrogen bonding b. dispersion c. ion-dipole d. dipole-dipole e. none of the above What is the dominant int...