Permanent Dipole-Dipole Interactions

Last updated: 04/02/2020

AQA A-Level Chemistry Bonding Permanent Dipole-Dipole Interactions

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Question 1 of 22

1. Question
What is the definition of permanent dipole-dipole interactions?
- Weak electrostatic forces of attraction between polar molecules
- When dipoles can be induced in non-polar molecules
- Weak intermolecular forces between molecules
- When a hydrogen is bonded to fluorine, nitrogen or oxygen due to a high charge density
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Question 2 of 22

2. Question
What is needed for permanent dipole-dipole interactions to form?
- A difference of charge
- A large amount of electrons
- A difference in masses
- A high proton density
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Question 3 of 22

3. Question
Which form of attraction between molecules is formed when permanent dipole-dipole interactions occur?
- Electrostatic forces
- London forces
- Metallic bonding
- Opposite attractions
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Question 4 of 22

4. Question
Why does ethane not experience permanent dipole-dipole interactions?
- As there is not a difference in charge
- As there is a shift in the electron density
- As there is a low amount of electronegativity
- As benzene does not contain any oxygen atoms
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Question 5 of 22

5. Question
Describe the relationship between the boiling points of molecules with permanent dipole-dipole interactions and those with only London forces.
- Molecules with permanent dipole-dipole interactions will have a higher boiling point compared to molecules with only London forces
- Molecules with permanent dipole-dipole interactions will have a lower boiling point compared to molecules with only London forces
- Boiling points will depend on the type of atoms used in each molecule
- Both type of interactions have the same boiling points
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Question 6 of 22

6. Question
The formation of weak electrostatic forces between polar molecules is the definition for which type of intermolecular force?
- Permanent dipole-dipole interactions
- London forces
- Hydrogen bonding
- Induced dipole-dipole interactions
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Question 7 of 22

7. Question
For which type of molecules do permanent dipole-dipole interactions take place?
- Polar
- Non-polar
- Giant structured
- Simple structured
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Question 8 of 22

8. Question
Which of the following molecules experience permanent dipole-dipole interactions?
- Hydrogen chloride
- Bromine
- Water
- Ammonia
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Question 9 of 22

9. Question
Which of the following molecules experience permanent dipole-dipole interactions?
- Chloromethane
- Benzene
- Ethanol
- Cyclohexane
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Question 10 of 22

10. Question
Which of the following molecules experience permanent dipole-dipole interactions?
- Hydrogen bromide
- Chlorine
- Bromine
- Hydrogen
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Question 11 of 22

11. Question
Which of the following molecules experience permanent dipole-dipole interactions?
- 3-bromopentan-1-ol
- Cyclohexene
- Butan-3-ol
- Benzene
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Question 12 of 22

12. Question
Which of the following molecules experience permanent dipole-dipole interactions?
- Sodium chloride
- Iodine
- Ethane
- Benzene
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Question 13 of 22

13. Question
Which of the following molecules experience permanent dipole-dipole interactions?
- Hydrogen iodide
- Iodine
- Zinc
- Fluorine
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Question 14 of 22

14. Question
Which of the following molecules experience permanent dipole-dipole interactions?
- 2-chloro-2-methylpropane
- 4-ethylhexan-1,3-diene
- 3-methylbutane
- Methylbenzene
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Question 15 of 22

15. Question
Which of the following molecules do not experience permanent dipole-dipole interactions?
- Bromine
- Hydrogen iodide
- Sodium chloride
- Hydrogen chloride
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Question 16 of 22

16. Question
Which of the following molecules do not experience permanent dipole-dipole interactions?
- Benzene
- Sodium chloride
- Hydrogen iodide
- Hydrogen chloride
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Question 17 of 22

17. Question
Which type of intermolecular force does fluorine contain?
- Induced dipole-dipole interactions
- Permanent dipole-dipole interactions
- Hydrogen bonding
- Electrostatic forces
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Question 18 of 22

18. Question
Which type of intermolecular force does chlorine contain?
- Induced dipole-dipole interactions
- Permanent dipole-dipole interactions
- Electrostatic forces
- Hydrogen bonding
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Question 19 of 22

19. Question
Which type of intermolecular force does hydrogen chloride contain?
- Permanent dipole-dipole interactions
- Induced dipole-dipole interactions
- Hydrogen bonding
- London forces
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Question 20 of 22

20. Question
Which type of intermolecular force does hydrogen bromide contain?
- Permanent dipole-dipole interactions
- London forces
- Induced dipole-dipole interactions
- Hydrogen bonding
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Question 21 of 22

21. Question
Describe the difference in boiling points for chlorine and hydrogen chloride.
- Hydrogen chloride has a higher boiling point than chlorine
- Chlorine has a higher boiling point than hydrogen chloride
- Both hydrogen chloride and chlorine have roughly the same boiling points
- The boiling points for chlorine and hydrogen chloride will vary depending on their standard states
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Question 22 of 22

22. Question
Describe the difference in boiling points for iodine and hydrogen iodide.
- Hydrogen iodide has a higher boiling point than iodine
- Iodine has a higher boiling point than hydrogen iodide
- Both hydrogen iodide and iodine have roughly the same boiling points
- The boiling points for iodine and hydrogen iodide will vary depending on their standard states
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