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Student Edition
0-13-054091-9
Corrections of factual errors.
| Page |
Location |
Original |
Revision |
Date Posted |
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55
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par. 2, lines 3–4 |
"...size? Think back to Boyle's law. When..." |
"...size? When..." |
23-Jan-2002 |
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80�81
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Exploring the Periodic Table, atomic mass data |
Actinium 227.028
Lawrencium (260)
Neptunium 237.048
Radium 226.025 |
Actinium (227)
Lawrencium (262)
Neptunium (237)
Radium (226) |
02-Nov-2001 |
|
90
|
Fig. 13 art, radium data, line 4 |
"226.025" |
"(226)" |
06-Jun-2001 |
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90
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par. 1, lines 4–5 |
"...hard, bright white,..." |
"...hard, gray-white,..." |
02-Nov-2001 |
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91
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Fig. 14 art, actinium data, last line |
"227.028" |
"(227)" |
06-Jun-2001 |
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121
|
Fig. 12 caption, line 4–7 |
"...to ripen (left). Acetylene...pipeline (right)." |
"...to ripen." |
02-Nov-2001 |
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121
|
Fig. 12 caption, structural formulas |
ethene and acetylene formulas |
Remove acetylene formula. |
06-Jun-2001 |
|
121
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Fig. 12 photographs |
Welder photograph |
Remove welder photograph. |
06-Jun-2001 |
|
165
|
List of Chemical Elements, Atomic Mass data |
Actinium 227.028
Bohrium (262)
Meitnerium (266)
Neptunium 237.048
Radium 226.025 |
Actinium (227)
Bohrium (264)
Meitnerium (268)
Neptunium (237)
Radium (226) |
02-Nov-2001 |
|
166�167
|
Periodic Table of the Elements, atomic mass data |
Actinium 227.028
Lawrencium (260)
Neptunium 237.048
Radium 226.025 |
Actinium (227)
Lawrencium (262)
Neptunium (237)
Radium (226) |
02-Nov-2001 |
|
169
|
col. 2 |
"mass...
melting..." |
"mass...
matter Anything that has mass and occupies space. (p. 14)
melting..." |
06-Jun-2001 |
|
173
|
col. 2 |
"halogen compounds 122" |
"halogen-containing compounds 122" |
06-Jun-2001 |
Corrections of typographical or grammatical errors.
| Page |
Location |
Original |
Revision |
Date Posted |
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7
|
Chapter Project, Chapter 1 line |
"Comparing Brand X" |
"Comparing Brands X, Y, and Z" |
06-Jun-2001 |
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36
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Real-World Lab, col. 1, line 4 |
"...electrolysis to isolate..." |
"...electrolysis procedure to isolate..." |
06-Jun-2001 |
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37
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Real-World Lab, #6, line 2, and #7, line 1 |
"...run for 2–3 minutes..." |
"...run 2–3 minutes..." |
02-Nov-2001 |
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121
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par. 1, lines 1–2 |
"...section, you have seen structural formulas of molecules with only..." |
"...section, structural formulas have shown only..." |
02-Nov-2001 |
|
126
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par. 2, last line |
"...during digestion." |
"...during digestion." |
06-Jun-2001 |
Changes for clarification.
| Page |
Location |
Original |
Revision |
Date Posted |
|
14
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par. 2, lines 1–2 |
"...however, the word matter has...meaning. Matter is..." |
"...however, it has...meaning. Matter is anything that has mass and takes up space. It is..." |
02-Nov-2001 |
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36
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Real-World Lab, Problem, line 1 |
"...can pure copper..." |
"...can copper..." |
06-Jun-2001 |
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36
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par. 1 |
"A method that's commonly used...such as a battery." |
"Many steps are involved in obtaining copper from its ores. The last step in the process is called electrolysis. This term literally means 'electric cutting.' In one kind of electrolysis, a copper compound is dissolved in water, forming a mixture called a solution. Two metal strips called electrodes are placed in the copper compound solution. Each electrode is attached to a wire, and the wires are connected to a source of electric current, such as a battery." |
06-Jun-2001 |
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37
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Real-World Lab, Procedure |
"10. Note..." |
"10. Note...
11. Discard the solution as directed by your teacher, and wash your hands." |
13-Aug-2001 |
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37
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par. 1 |
"...is turned on,...amounts of copper metal." |
"...is turned on, one electrode in the solution becomes coated with copper metal. At the same time, other materials form on the second electrode. In a laboratory, electrolysis yields only small amounts of copper metal. In industry, the isolation of copper from its ores happens on a huge scale and involves several complex steps. Because many copper compounds do not dissolve in water, the method of electrolysis used in the last step can vary." |
13-Aug-2001 |
|
118
|
par. 4, line 2 |
"Methane, also known as natural gas,..." |
"Methane, the main gas in natural gas,..." |
06-Jun-2001 |
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121
|
par. 2, line 5 |
"...each carbon atom as..." |
"...each carbon as..." |
06-Jun-2001 |
|
121
|
par. 2, lines 6–7 |
"...with hydrogen atoms. Hydrocarbons..." |
"...with hydrogens. Hydrocarbons..." |
02-Nov-2001 |
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168
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Boyle's law definition, line 2 |
"...of a gas; when..." |
"...of a gas at constant temperature; when..." |
06-Jun-2001 |
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168
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Charles's law definition, line 2 |
"...of a gas; when..." |
"...of a gas at constant pressure; when..." |
06-Jun-2001 |
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169
|
digestion definition |
"The process of...change. (p. 126)" |
"The process by which the body breaks down large nutrient molecules into smaller molecules. (p. 126)" |
06-Jun-2001 |
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169
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electrode definition |
"A metal strip used in electrolysis. (p. 36)" |
"A metal strip that conducts electricity; often used in an electrolysis process. (p. 36)" |
06-Jun-2001 |
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169
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fullerene definition, lines 2–3 |
"...pattern similar to the surface of a soccer ball. (p. 115)" |
"...pattern. (p. 115)" |
02-Nov-2001 |
Teacher's Edition
0-13-054092-7
Corrections of factual errors.
| Page |
Location |
Original |
Revision |
Date Posted |
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84
|
Background, col. 1, lines 3–4 |
"...in physics and once in chemistry. Curie..." |
"...in physics with Henri Becquerel and Pierre Curie, her husband, in 1903 and once in chemistry, in 1911. Curie..." |
02-Nov-2001 |
Changes for clarification.
| Page |
Location |
Original |
Revision |
Date Posted |
|
47
|
Integrating Earth Science, line 4 |
"...volcano depends in part on the..." |
"...volcano is related to the..." |
15-Jun-2001 |
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54
|
Background, col. 2, lines 7–8 |
"...flammable. Like the...contained hydrogen, several..." |
"...flammable. Several..." |
02-Nov-2001 |
|
60
|
Guiding Inquiry, lines 6–10 |
"What will happen...handle is pushed...inside will be...plunger is pushed..." |
"What would happen...handle were pushed...inside would be...plunger was pushed..." |
02-Nov-2001 |
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