IONIC AND METALLIC BONDING
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1 7 IONIC AND METALLIC BONDING Chapter Test B A. Matching Match each term in Column B with the correct description in Column A. Write the letter of the correct term on the line. Column A Column B 1. compound composed of cations and anions a. halide ions 2. the forces of attraction that bind oppositely charged ions together b. alloy 3. lowest whole-number ratio of ions in an ionic compound c. octet rule 4. a depiction of the valence electrons as dots around the symbol for an element d. formula unit 5. a mixture of two or more elements, at least one of which is a metal e. electron dot structure the attraction of the free-floating valence electrons for the positively charged metal ions ions of the halogen atoms the electron(s) in the highest occupied energy level of an atom the number of ions of opposite charge that surround each ion in a crystal Atoms in a compound tend to have the electron configuration of a noble gas. Shows the kinds and numbers of atoms in the smallest representative unit of a substance f. ionic compound g. ionic bonds h. coordination number i. chemical formula j. valence electrons k. metallic bond 172 Core Teaching Resources
2 B. Multiple Choice Choose the best answer and write its letter on the line. 12. All the elements in a particular group of the periodic table have the same number of a. electrons. c. valence electrons. b. energy levels. d. protons. 13. What is the number of valence electrons in an atom of Al? a. 13 c. 10 b. 3 d Among the following, the element with six valence electrons is a. C. c. O. b. Cs. d. Ne. 15. The electron dot structure for Cl is a. c. 66Cl6 6 = b. Cl d. = 6Cl6 6 Cl 16. In general, metals react by: a. losing valence electrons. b. gaining valence electrons. c. sharing valence electrons. d. sometimes gaining and sometimes losing valence electrons. 17. An ion of K has the same electron configuration as a. Na. c. Ar. b. Ca. d. Kr. 18. The outer energy level configuration for O 2 is a. 2s 2. c. 2s 2 2p 5. b. 2s 2 2p 4. d. 2s 2 2p The general electron dot structure =X 6 could represent a. Li. c. B. b. Na. d. N. 20. The chemical properties of an element are largely determined by its a. number of energy levels. b. period number. c. number of protons. d. number of valence electrons. 21. Which of the following has a noble gas electron configuration? a. Na c. Al 3 b. Mg d. Br 22. Atoms of Ca and S would be expected to react in a ratio of a. 1:1. c. 2:1. b. 1:2. d. 3:1. Chapter 7 Ionic and Metallic Bonding 173
3 23. The chemical formula for the ionic compound formed when elements of Ca and N react is a. CaN. c. Ca 3 N 2. b. Ca 2 N 3. d. Ca 5 N In general, ionic compounds a. are amorphous solids at room temperature. b. conduct electricity when in the solid state. c. conduct electricity when they are dissolved in water. d. all of the above 25. Metals typically are a. good conductors of electrical current. b. malleable. c. ductile. d. all of the above 26. Which of the following is an anion? a. O 2 c. Al 3 b. Mg 2 d. H 27. The nonmetals in Groups 5A, 6A, and 7A a. lose electrons when they form ions. b. form positively charged ions. c. form ions with charges of 3, 2, and 1, respectively. d. form ions with a numerical charge equal to their group number. 28. Among the following, which atom is most likely to form an ion with a charge of 2? a. O c. Al b. Na d. Ca C. True-False Classify each of these statements as always true, AT; sometimes true, ST; or never true, NT. 29. Among Groups 1A and 2A, the group number of each element is equal to the number of valence electrons in an atom of that element. 30. Alloys are mixtures with at least one metal. 31. In general, atoms react in an attempt to attain the electron configuration of a noble gas. 32. The loss of valence electrons from an atom produces an anion. 33. Nonmetals typically react by gaining electrons to attain noble gas electron configurations. 34. Ions have more electrons than the atoms from which they were formed. 35. In the formation of an ionic compound, a single electron is transferred from one atom to the other. 174 Core Teaching Resources
4 36. Each metal atom in a body-centered cubic structure has eight neighboring atoms. 37. The atoms of Group 7A elements gain electrons when they form ions. 38. An atom with a positive charge is an anion. 39. The ionic charge of an element in Group 6A is 2. D. Questions Answer the following in the space provided. 40. Complete the following table by providing the electron configurations for the outermost energy level, the number of valence electrons, and the electron dot structure for each of the elements given. Element Configuration No.Valence e Electron Dot a. Li b. N c. Si d. Br 41. Write the formula and the complete electron configuration for each of the following. Formula Electron Configuration a. Na ion b. F ion c. K ion d. Sr ion 42. Write the electron dot structures for each of the following atom-ion pairs. Atom Ion a. Na, Na ion b. Cl, Cl ion c. P, P ion d. Ca, Ca ion Chapter 7 Ionic and Metallic Bonding 175
5 43. Write the chemical formula for the ionic compound formed when the following pairs of elements combine. a. Na, F b. Mg, Cl c. Ca, S d. Al, O Chemical Formula E. Essay Write a short essay for the following. 44. Explain the relationship between the group number, the number of valence electrons lost or gained, and the formula of the compound that results between Ca and F. 176 Core Teaching Resources
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