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27 Unlike gases, the behavior of liquids and solids cannot be described by a set of laws that can be applied regardless of the identity of the substance. Since liquids and solids are composed of particles that are much closer together, a force of attraction exists between them. The strength of these attractive forces will determine a compound's physical properties and its state of matter at a given temperature. Part 3 of 4 What types of intermolecular forces are present in each molecule? Dipole-dipole interaction Hydrogen bonding London dispersion Reset < Prev 27 28 of 40 Next > Submit

          27
Unlike gases, the behavior of liquids and solids cannot be described by a set of laws that can be applied regardless of the
identity of the substance. Since liquids and solids are composed of particles that are much closer together, a force of
attraction exists between them. The strength of these attractive forces will determine a compound's physical properties
and its state of matter at a given temperature.
Part 3 of 4
What types of intermolecular forces are present in each molecule?
Dipole-dipole
interaction
Hydrogen
bonding
London
dispersion
Reset
< Prev
27 28 of 40
Next >
Submit

27
Unlike gases, the behavior of liquids and solids cannot be described by a set of laws that can be applied regardless of the
identity of the substance. Since liquids and solids are composed of particles that are much closer together, a force of
attraction exists between them. The strength of these attractive forces will determine a compound's physical properties
and its state of matter at a given temperature.
Part 3 of 4
What types of intermolecular forces are present in each molecule?
Dipole-dipole
interaction
Hydrogen
bonding
London
dispersion
Reset
< Prev
27 28 of 40
Next >
Submit

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