| Page |
Location |
Original |
Revision |
Date Posted |
| 27 |
Check Your Vocabulary, #1, line 1 |
"...use the SI unit..." |
"...use the metric unit..." |
14-Aug-2000 |
| 55 |
par. 1, line 1 |
"...76-m circle..." |
"...15 m circle..." |
14-Aug-2000 |
| 55 |
par. 1, line 5 |
"...stopping 76 m..." |
"...stopping 15 m..." |
14-Aug-2000 |
| 62 |
Sliding Friction, par. 1, line 5 |
"...pressure on the surface..." |
"...force on the surface..." |
14-Aug-2000 |
| 62 |
Fluid Friction, lines 4–5 |
"...friction from both the air and the water..." |
"...friction from the water..." |
14-Aug-2000 |
| 76 |
Fig. 3.18, caption, line 3 |
"...gravitational force of the moon and the earth is at right angles." |
"...gravitational forces of the moon and the sun are at right angles." |
14-Aug-2000 |
| 81 |
Check Your Vocabulary, #3 |
"When your body is at rest, you have ____." |
"____ is resistance to change in motion." |
14-Aug-2000 |
| 87 |
Fig. 4.2, Ozone Layer text box, last line |
"...than 100 Pa." |
"...than 10 000 Pa." |
14-Aug-2000 |
| 87 |
Fig. 4.2, Edge of Space text box, lines 6–7 |
"...about one hydrogen molecule per..." |
"...about one hundred particles per..." |
14-Aug-2000 |
| 94 |
Fig. 4.8 |
Veins are colored red, arteries are colored blue. |
Veins are colored blue; arteries are colored red. |
14-Aug-2000 |
| 94 |
Historical Notebook, par. 2, last line |
"...1000 A.D." |
"...A.D. 400." |
14-Aug-2000 |
| 101 |
col. 1, par. 2, line 4 |
"...nearly 100 times..." |
"...nearly 80 times..." |
14-Aug-2000 |
| 105 |
Develop Your Skills, 1.d. |
"Judging from the buoyant force acting on them, rank the blocks from heaviest to lightest." |
"Rank the blocks from most to least dense." |
14-Aug-2000 |
| 109 |
par. 2, line 5 |
"...water one meter in..." |
"...water 0.5 meter in..." |
14-Aug-2000 |
| 114 |
Career Corner, col. 3, par. 2, last 2 lines |
"...345 E. 47th Street, New York, NY 10017." |
"...3 Park Avenue, New York, NY 10016." |
14-Aug-2000 |
| 118 |
par. 4, line 13 |
"...a Ferris wheel, and..." |
"...a water faucet, and..." |
14-Aug-2000 |
| 153 |
Concept Summary, 6.2 Phases of Matter, bullet 4, lines 2–3 |
"...amount of gas will result..." |
"...amount of gas kept at a constant temperature will result..." |
14-Aug-2000 |
| 153 |
Concept Summary, 6.2 Phases of Matter, bullet 5, line 3 |
"...gas will result..." |
"...gas kept at a constant pressure will result..." |
14-Aug-2000 |
| 154 |
Check Your Under- standing, #2, lines 1–3 |
"According to Charles' Law, the volume of a gas decreases as its temperature is decreased." |
Delete sentence. |
14-Aug-2000 |
| 154 |
Check Your Under- standing, 2, line 5 |
"...sample of gas will reach zero? Explain." |
"...sample of gas kept at a constant pressure will reach zero? Explain using Charles' Law." |
14-Aug-2000 |
| 154 |
Check Your Under- standing, #3, lines 1–2 |
"...exist in all three phases?" |
"...exist in all four phases?" |
14-Aug-2000 |
| 170 |
par. 5, line 7 |
"When melted or dissolved..." |
"When dissolved..." |
14-Aug-2000 |
| 192 |
col. 2, par. 1, line 6 |
"...elements 90-103,..." |
"...elements 89-103,..." |
14-Aug-2000 |
| 196 |
col. 1, par. 1, line 9 |
"...–210°C..." |
"...–196°C" |
14-Aug-2000 |
| 205 |
col. 2, Where to Read More, line 2 |
"The Meteorite Craters...1964." |
"The Meteorite Craters...1968." |
14-Aug-2000 |
| 216 |
par. 2, line 4 |
"...amount of heat 1 g... |
"...amount of heat 1 kg..." |
14-Aug-2000 |
| 216 |
par. 3, lines 7–8 |
"...of copper than is needed to raise the temperature of 1 kg of water." |
"...of copper 1°C than is needed to raise the temperature of 1 kg of water 1°C." |
14-Aug-2000 |
| 227 |
Concept Summary, 9.2 Transfer of Heat, col. 2, bullet 1, line 2 |
"...temperature of 1 g..." |
"...temperature of 1 kg..." |
14-Aug-2000 |
| 234 |
par. 1, lines 6–8 |
"...to a condenser inside the building. The condenser uses...A heat exchanger uses..." |
"...to a pump inside the building. The pump uses...A condenser uses..." |
14-Aug-2000 |
| 241 |
Career Corner, col. 3, last two lines |
"Institute, 1815 N. Fort Myer Dr., Arlington, VA 22209. |
"Institute, 4301 N. Fairfax Dr., Suite 425, Arlington, VA 22203 |
14-Aug-2000 |
| 246 |
par. 1, line 5 |
"...to over 700°C." |
"...to about 530°C." |
14-Aug-2000 |
| 250 |
Check Your Knowledge, #10, lines 2–3 |
"...concentration to an area of (equal, high, low, deep) concentration." |
"...temperature to an area of (equal, high, low, deep) temperature." |
14-Aug-2000 |
