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For the a pure liquid containing the following molecule, indicate what intermole

ID: 713140 • Letter: F

Question

For the a pure liquid containing the following molecule, indicate what intermolecular forces/interactions are present: (Hint: determine if the molecule is polar or non-polar. If polar, determine if hydrogen bonding will be present.)

HOCl

London Forces, Y or N

dipole-dipole forces, Y or N

hydrogen bonding, Y or N

For a pure liquid containing the following molecule, indicate what intermolecular forces/interactions are present: (Hint: determine if the molecule is polar or non-polar. If polar, determine if hydrogen bonding will be present.)

HCOCl

London Forces, Y or N

dipole-dipole forces, Y or N

hydrogen bonding, Y or N

For a pure liquid containing the following molecule, indicate what intermolecular forces/interactions are present: (Hint: determine if the molecule is polar or non-polar. If polar, determine if hydrogen bonding will be present.)

HCN

London Forces, Y or N

dipole-dipole forces, Y or N

hydrogen bonding, Y or N

For a pure liquid containing the following molecule, indicate what intermolecular forces/interactions are present: (Hint: determine if the molecule is polar or non-polar. If polar, determine if hydrogen bonding will be present.)

CF2H2

London Forces, Y or N

dipole-dipole forces, Y or N

hydrogen bonding, Y or N

For a pure liquid containing the following molecule, indicate what intermolecular forces/interactions are present: (Hint: determine if the molecule is polar or non-polar. If polar, determine if hydrogen bonding will be present.)

NF3

London Forces, Y or N

dipole-dipole forces, Y or N

hydrogen Bonding, Y or N

Explanation / Answer

HOCl  

HOCl is polar

London Forces, N

dipole-dipole forces, Y

hydrogen bonding Y

HCOCl  

HCOCl is polar

London Forces N

dipole-dipole forces, Y

hydrogen bonding N

HCN

HCN is polar

London Forces N

dipole-dipole forces, Y

hydrogen bonding, N

CF2H2

CF2H2 is polar molecule. it contains polar bonds. But dipolemoment is zero.

London Forces, N

dipole-dipole forces, Y

hydrogen bonding, N

NF3

NF3 is polar

London Force N

dipole-dipole forces, Y

hydrogen Bonding, N