Name_________________________________
Last, First
Section________________________
Date__________________________
Santa Monica College
Chemistry 10
Instructor: M. Walker Waugh
100 Reaction Packet
NOTE: DO NOT LEAVE ANY RESPONSE BLANK or your will receive ZERO POINTS!
Note: You are responsible for keeping track of your points along with your instructor. Therefore, it is
essential that you retain all returned assignments and course information. FURTHERMORE, THE
ACADEMIC HONESTY POLICY OF SMC WILL BE STRICTLY ENFORCED.
DIRECTIONS: Reactions Packet
Directions: Write the balanced equation for the following reactions. Use only the following descriptions: neutralization,
precipitation, gaseous, combustion, synthesis, single displacement or decomposition ONLY. If NO REACTION, write NO RXN
as the product and double displacement or single displacement as a description.
1
Reaction Balance Equation Description
(Make sure to place states on the products)
1. Aqueous sodium sulfate is placed
in a beaker containing aqueous
plumbous acetate
2. Butanol (C4H9OH) gas burns
3. Aqueous lithium chloride is placed
in a beaker containing aqueous
silver nitrate
4. Aqueous nickel(II) sulfate is
placed in a beaker containing
magnesium metal
5. Aqueous calcium hydroxide is
placed in an Erlenmeyer flask
containing nitric acid
6. Perchloric acid is added to a
beaker of aqueous barium sulfite
7. Aqueous aluminum nitrate is
placed in a test tube containing
aqueous sodium sulfide
8. Aqueous calcium nitrate is placed
in a beaker of aqueous ammonium
sulfate
9. Aqueous strontium hydroxide is
placed in a beaker of phosphoric
acid
10. Aqueous mercury(I) acetate is
placed in an Erlenmeyer flask
containing aqueous barium
chloride
11. Lead metal is dropped in a test
tube containing aqueous silver
nitrate
12. Aqueous cesium carbonate is
placed in a beaker containing
hydrobromic acid
13. Aqueous zinc chloride is placed in
a test tube containing aqueous
sodium dichromate
14. Aqueous hydroiodic acid is placed
in a volumetric flask containing
aqueous sodium sulfide
15. Aqueous gallium nitrate is placed
in a beaker containing aqueous
potassium phosphate
16. Aqueous ammonium acetate is
placed in a test tube containing
aqueous barium hydroxide
17. Silver metal is placed in a beaker
containing hydrochloric acid
2
18. Aqueous strontium iodide is
placed in a beaker containing
aqueous plumbous nitrate
19. Aqueous copper(II) nitrate is
placed in an Erlenmeyer flask
containing aqueous nickel(II)
sulfate
20. Sulfuric acid is a component of
acid rain formed when gaseous
sulfur dioxide pollutant reacts
with gaseous oxygen and liquid
water
21. Gold metal is dropped in a beaker
of perchloric acid
22. In a popular classroom
demonstration, solid sodium is
added to liquid water to form ?
23. When iron rusts, solid iron reacts
with gaseous oxygen to form solid
iron(III) oxide
24. The fermentation of sucrose
(C12H22O11) by yeast in which the
aqueous sugar reacts with water to
form aqueous ethyl alcohol
(C2H5OH) and carbon dioxide gas
25. Solid cobaltous nitrate is placed in
a beaker containing aqueous
ammonium sulfide
26. Hydrogen gas is passed through a
tube containing chlorine gas to
produce gaseous hydrogen
chloride
27. Liquid hydrazine (N2H4)
decomposes to form ammonia gas
and nitrogen gas
28. Solid ferric sulfide is placed in a
test tube containing hydrochloric
acid
29. Solid aluminum is placed in a
cylinder containing gaseous
chlorine to produce solid
aluminum chloride
30. Solid cupric nitrate is heated to
produce solid cupric oxide,
gaseous nitrogen dioxide, gaseous
oxygen
31. Nitrogen gas reacts with chlorine
gas to produce gaseous nitrogen
trichloride
32. Solid aluminum metal is placed in
a container with chlorine gas to
produce solid aluminum chloride
33. Aqueous lead(II) nitrate is put an
Erlenmeyer flask containing
aqueous potassium chromate
3
34. Lithium metal is placed in a test
tube containing liquid water
35. Hexane (C6H14) burns
36. Zinc metal is placed in a beaker
containing aqueous silver nitrate
37. Gaseous ethyne (C2H2) burns
38. Solid table sugar, sucrose,
(C12H22O11) burns
39. Solid sulfur reacts with oxygen to
form gaseous sulfur dioxide
40. Nitric acid is a component of acid
rain that forms when gaseous
nitrogen dioxide pollutant reacts
with gaseous oxygen and liquid
water.
41. Photosynthesis occurs when
gaseous carbon dioxide and liquid
water react in the presence of
chlorophyll to produce aqueous
glucose (C6H12O6) and oxygen gas
42. Gaseous propane (C3H8) burns
43. Liquid phosphorus trichloride is
added to a container of solid silver
fluoride to form gaseous
phosphorus trifluoride and solid
silver chloride
44. Gaseous nitrogen dioxide
decomposes to form gaseous
nitrogen monoxide and oxygen gas
45. Copper metal reacts with aqueous
silver nitrate
46. Aqueous barium chloride is placed
in an Erlenmeyer flask containing
sulfuric acid
47. Carbonic acid decomposes to form
carbon dioxide gas and water
liquid
48. Barium metal is placed in a beaker
containing hydrochloric acid
49. Aqueous calcium chloride is added
to a test tube containing aqueous
sodium sulfate
50. Solid iron(II) oxide and carbon
monoxide gas is heated to form
iron metal and carbon dioxide gas
51. Solid calcium oxide is placed in a
test tube of water to produce
aqueous calcium hydroxide
52. Solid sodium hydrogen carbonate
is heated to form solid sodium
carbonate, gaseous carbon dioxide
and water vapor
53. solid gallium hydride is placed in a
container with N(CH3)3
(trimethylamine) to form
4
(CH3)3NGaH3
54. Nitrogen gas reacts with solid
calcium carbide to form solid
carbon and CaNCN solid
55. Nitrogen gas reacts with solid
magnesium forms solid
magnesium nitride
56. Aqueous potassium carbonate is
placed in a test tube containing
aqueous barium iodide
57. Aqueous calcium sulfide is placed
in a beaker containing aqueous
mercury(II) nitrate
58. Aqueous magnesium sulfate is
placed in a container of aqueous
barium fluoride
59. Solid calcium carbonate is placed
in a container of nitric acid
60. Aqueous stannous chloride is
placed in an Erlenmeyer flask
containing ammonium nitrate
61. Aqueous sodium hydroxide is
placed in beaker containing
phosphoric acid
62. Aqueous mercury(I) nitrate is
added to a container of aqueous
calcium iodide
63. Potassium sulfite is added to
container of hydroiodic acid
64. Aqueous ammonium dichromate is
placed in a beaker of aqueous
plumbous nitrate
65. Hydrosulfuric acid is added to a
beaker of solid cupric hydroxide
66. Aqueous potassium hydrogen
sulfate is added to aqueous lithium
hydroxide
67. Methanol (CH4OH) gas burns
68. Aqueous chromic sulfate and
aqueous potassium hydroxide are
placed in the same beaker
69. Aqueous ferrous oxide is placed in
a test tube containing hydrochloric
acid
70. Aqueous zinc nitrate and aqueous
sodium sulfate
71. Aqueous ammonium sulfide and
aqueous iron(III) chloride
72. Aqueous ferric chloride and
aqueous sodium hydroxide are
reacted in a beaker
73. Solid calcium hydrogen carbonate
and nitric acid are reacted
74. Solid cupric carbonate decomposes
5
to form cupric oxide and carbon
dixoxide gas
75. Aqueous calcium nitrate is reacted
with aqueous potassium phosphate
76. Solid potassium metal is reacted
with liquid water to form
potassium hydroxide and
hydrogen gas
77. Solid mercury(II) oxide
decomposes to form liquid
mercury and oxygen gas
78. Aqueous hydrogen peroxide
decomposes to form liquid water
and oxygen gas
79. Platinum(IV) chloride decomposes
to platinum metal and chlorine gas
80. Solid cupric oxide reacts with
carbon dioxide gas to form solid
cupric carbonate
81. Nitric acid is a component of acid
rain that forms when gaseous
nitrogen dioxide pollutant reacts
with gaseous oxygen and liquid
water
82. Aqueous sodium sulfate reacts
with aqueous barium nitrate
83. Aqueous copper(II) nitrate is
poured over a chromium metal
84. Aqueous strontium hydroxide is
reacted with barium acetate
85. Solid zinc metal is placed in a test
tube containing hydrochloric acid
86. Aqueous sodium phosphate is
placed in a beaker containing
aqueous copper(II) sulfate
87. Copper metal is added to a test
tube of silver nitrate
88. Aqueous cupric hydroxide
decomposes solid cupric oxide and
water vapor
89. Aqueous nickel(II) nitrate is added
to a beaker of aqueous sodium
hydroxide
90. Aluminum metal is added to a test
tube containing aqueous zinc
nitrate
91. Aqueous potassium chloride is
added to a beaker of silver nitrate
92. Aqueous cobaltous nitrate is added
to a test tube of aqueous sodium
carbonate
93. Magnesium metal is added to an
Erlenmeyer flask containing acetic
acid
6
94. Aqueous ferric chloride is added to
a container of aqueous ammonium
hydroxide
95. Aqueous rubidium hydroxide is
added to a beaker of hydroiodic
acid
96. Aqueous zinc nitrate is added to
lithium chloride
97. Aqueous silver acetate is added to
a beaker of aluminum metal
98. Aqueous lithium chromae is added
to a beaker of gold(III) iodide
99. Aqueous sodium phosphae is
added to a beaker of aqueous
copper(II) sulfate
100. Aqueous zinc sulfate is placed in a
beaker containing aqueous barium
nitrate
7
SOLUBILITY RULES FOR IONIC COMPOUNDS
ACTIVITY SERIES FOR METALS (and HYDROGEN)
1. Compounds containing Group IA metals, ammonium,
acetates and nitrates are all soluble. highest activity Li
K
Ca
2. Most halides (Group 7A - chlorides etc.) are soluble. Na
Exceptions include Ag+1, Pb+2, and Hg2+2 halides. Mg
Al
3. Most sulfates are soluble. Exceptions include Ba+2, Zn Zn+2
Sr+2, Ag+1, Pb+2, and Ca+2 sulfates. Cr Cr+3
Fe Fe+2
4. Most hydroxides insoluble. Exceptions include Cd Cd+2
hydroxides of Group 1A metals, ammonium, Ca +2, Sr+2, Ni Ni+2
and Ba+2. Sn Sn+2
Pb Pb+2
5. Most phosphates, carbonates, chromates, and H2
sulfides are insoluble. Exceptions include those
compounds containing Group 1A metals and Cu Cu+2
ammonium. Ag Ag+1
Hg Hg+2
6. In addition, all acids are soluble! lowest activity Au Au+3
