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Which type of solid is solid carbon dioxide, CO2 (also known as dry ice)? a. mol

ID: 707104 • Letter: W

Question

Which type of solid is solid carbon dioxide, CO2 (also known as dry ice)? a. molecular d. network solid b. ionic honbonding atomic solid metallic For 18-22, match each element or compound with its strongest intermolecular force. 18. N2 19. NH 20. ?? 21. NaBr 22. CCl4 C a. Londorn b. dipole-dipole c. hydrogen bonding d. ion-dipole Cl-C-Cl Cl Match these terms associated with liquids: 23. Viscosity 24. Boiling point 25. Capillary Action 26. Meniscus 27. Surface Tensi a. causes water to bead up on a non-polar surface b. results when the cohesive forces of a liquid are weaker than the adhesive forces c. resistance to flow d. e. the ability of a liquid to flow against gravity up a narrow tube when the vapor pressure equals atmospheric pressure on Match these terms associated with phase changes: 28. Melting 29. Freezing 30. Boiling 31. Condensation 32. Sublimation a. liquid goes to a gas b. solid goes to a liquicd c. solid goes to a gas d. liquid goes to a solicd e. gas goes to a solid ab. gas goes to a liquid 33. Deposition 34. The ability of ice at 0°C to cool your drink down to O°C is due to the heat of_ c. vaporization d. condensation e. deposition a. fusion b. sublimation 35. A burn from steam at 100°C is more severe than from water at 100°C due to the heat of b. sublimation c. vaporization d. deposition e. freezing a. fusion 6. How much heat energy (in kJ) is required to change 5 g of ice from -15 °C to steam at 125 a. 15.5 k b. 2.48 kJ C. 16.4 kJ d. 13.4 k e. 12.5 kJ heat ice melt ice heat water water to stea heat steam

Explanation / Answer

answers

17. molecular

18. N2 = london

19. NH3 = hydrogen bonding

20. CO = london

21. NaBr = dipole - dipole

22. CCl4 = london

23. viscosity = c

24. boling point = e

25. capillary action = b

26. meniscus = d

27. surface tension = a

28. melting = b

29. freezing = d

30 . boiling = a

31. condensation = ab

32. sublimation = c

33. deposition = e

34. fusion

35. vaporization