Name Extraction and Translation for Distillation
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pages
English
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Le téléchargement nécessite un accès à la bibliothèque YouScribe Tout savoir sur nos offres
10
pages
English
Documents
Le téléchargement nécessite un accès à la bibliothèque YouScribe Tout savoir sur nos offres
- expression écrite
- asian person names by pinyin
- person names from the reference translations of refer- ence transcripts
- men- tion translations
- person names
- corpus
- phrase
- translation
- word
- names
- name
“and the incline is frictionless”
Pg. 28; Example 2-9; nd Picture the Problem; 2 line.
With:
“orbital radius”
“statement ‘highest point’” “phrase ‘at its highest point’”
With:
5∆t
Errata for: Tipler,Physics for Scientists and Engineers, 5/e Volume One Paperback Version This version has been replaced by a corrected Vol. 1 (Hardback) and Vol. 1A and 1B (Paperbacks).
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“radius”
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Add: “The path is for a projectile that impacts the ground atP. The horizontal distance between launch and impact is the rangeR.”
With:
2πr
2πr
With:
With:
Chapter One
Chapter Two
nd Pg. 15; Problem 42; 2 line.
Chapter Four
Page 1
Pg. 83; Problem 109.
Pg. 74; Equation 3-25.
Pg. 67; Paragraph 2; last line; following “…at several points.”
2πr
Pg. 81; Problem 81.
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Pg. 15; Problem 21; last line.
“•••”
5∆t
Pg. 23; Example 2-6; Step 6; nd 2 line.
Wiley Coyote Wile E. Coyote
Pg. 67; Figure 3-24.
“••”
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The new figure is drawn as follows:
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th Pg. 51; Problem 127; 4 line.
2πr
Chapter Three
rd Pg. 74; Paragraph 1; 3 line.
Posted on: 10/31/03
u, m/s
2C1x
Delete:
“with respect to time”
st Pg. 111; Problem 57; 1 line; following, “equilibrium.”
2 a, m/s
Errata: Tipler, 5/e Vol. 1 Paperback
With:
Pg. 51; Figure 2-38; y axis.
2 2C1u– (C2x)
Pg. 111; Problem 58; last line.
Chapter Five
Pg. 130; Example 5-8; part (c);
Pg. 143; Problem 5-43 rd 3 Line. th 4 Line. th 4 Line.
st Pg. 147; Problem 79; 1 line; following, “slides.” th 4 line
th Pg. 148; Problem 86; 4 line.
Chapter Six
Pg. 154; Figure 6-2.
Pg. 154; Exercise.
Pg. 171; Figure 6-26.
Pg. 171; Remarks.
th Pg. 176; Problem 14; 4 line.
Chapter Seven
Pg. 201; Table 7-1; Proton. Neutron Deuteron Triton Helium-3 Alpha Particle
Pg. 205; Photo caption.
Page 210; Problem 7-38; th 5 Line.
Pg. 210; Problem 40; Following the last sentence.
Errata: Tipler, 5/e Vol. 1 Paperback
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“and the incline is frictionless”
2 2 v v b b “m” so the line ends in “=m” and not “=”. r r
m1With:m2 m2 With:m1 “acceleration” “magnitude and direction of the acceleration”
“without friction”
“values”
“is”
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“value”
Move theyaxis so that it intersects thexaxis at the zero.
Remove the Master the Concept icon.
Thexaxis should be labeled “s“, m” instead of y, m”. Theyaxis should run from 610 to 700. Thexaxis should run from zero to 0.25.
Replace: “even though the force constant of the “spring” is large, the displacement is small.” With: “of the choice of the potential-energy reference point”
Before: “applied”
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938.280 939.573 1875.628 2808.944 2808.41 3727.409
Insert: “angle between the”
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938.272 939.565 1875.613 2808.410 2808.39 3727.379
Delete: “The mechanism that generates this enormous energy is not known. It is conjectured to be caused by the annihilation of vast amounts of matter and antimatter.”
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weight. weight, which is about 650 N.
“Forθin radians, ifθ<<1 , then 2 θ 1 sinθ≈tanθ≈andcosθ≈1−θ.” 2
Page 2
Posted on: 10/31/03
Pg. 211; Figure 7-24.
Pg. 213; Figure 7-28.
Chapter Eight
Pg. 219; Example 8-1; Step 3; th Right column; 4 line.
st Pg. 224; Example 8-3; 1 line.
nd Pg. 226; Example 8-4; 2 line.
Pg. 227; Example 8-5; Step 4.
Pg. 230; Example 8-7; Boxed answer.
Errata: Tipler, 5/e Vol. 1 Paperback
The correct figure is:
The correct figure is:
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cos 52.2° sin 52.2°
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“at the center
“Example 4-8
1435 143 s
Page 3
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“near the bow”
“Example 4-7”
Posted on: 10/31/03
Pg. 231; Figure 8-22.
Pg. 236; second line from the bottom.
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st Pg. 260; Problem 85; 1 line. 4th line.
th Pg. 261; Problem 105; 5 line.
Chapter Nine
Pg. 274; Table 9-1.
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Vsg1-7 m/s Vsg2-7 m/s
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“the radius of the ball”
4 B 4 B
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“(c) final speed” “(c) speed at burnout”
Replace the figure with the following:
st nd th The errors in the original figure were in the 1 , 2 and 4 places of the top row.
rd Pg. 304; Problem 102; 3 line.
Chapter Ten th Pg. 324; Paragraph 1; 14 line.
Pg. 324; Paragraph 1; last line.
Errata: Tipler, 5/e Vol. 1 Paperback
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“P0”
G L t f L tz G L t f Lk tz
Page 4
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uwg1 u wg2
8 Be 8 Be
“F0”
Posted on: 10/31/03
Pg. 324; Figure 10-32(b).
st Pg. 329; Problem 2; 1 line.
th Pg. 331; Problem 28; 11 line.
Pg. 336; Figure 10-53.
Pg. 336; Problem 82; Line 5.
Chapter R
Pg. R-4; Figure R-1; Caption.
Pg. R-4; Figure R-2; Caption.
Errata: Tipler, 5/e Vol. 1 Paperback
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“Two vectorsAandBhave equal magnitude.” “Consider two nonzero vectorsAandB.”
25 ds
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“toward”
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25 d
“away from”
Replace: “are” With: “would be” At the end of the caption, add: “if the moving stick was shortened.”
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“would demonstrate” “demonstrates”
Page 5
Posted on: 10/31/03
Pg. 588; Problem 6;
Errata: Tipler, 5/e Vol. 1 Paperback
st Pg. 439; Example 14-7; 1 line.
“It is zero” “It is equal to the equilibrium value”
Pg. R-16.
Pg. 566; Figure 18-4.
Pg. 582; after line with “Simplifying.”
Pg. 586; Item 4; First Law of nd Thermodynamics; 2 line.
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“by” “on”
∆U
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Pg. 477; Figure Caption; th 5 to last line.
“(called the rest mass . . .” “. (The massmis sometimes called the rest mass . . .”
m0 m(there are three instances of this error)
“the remainder of the equation followingm=m0.” (The phrase should read, “particle of massm=m0 moving at….”)
m0 m (There are two instances of this error.)
∆Eint
“2 on 1”
“1 on 2”
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Pg. R-14; Equation R-15.
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With :
m0 m (there are thirteen instances of this error)
th Pg. 343; 4 line. Replace:
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Pg. R-12.
Chapter 37 Chapter 39
th Pg. R-12; Paragraph 1, 6 line.
Pg. R-12; Paragraph 1; last line.
Pg. R-13.
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“rests on a spring and” “attached to a spring”
Delete the open parentheses.
Pg. 555; Problem 46; Line 2.
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complete
Pg. R-14; Problem 5.
Add “gauge” preceding “pressure.”
m0 m (There are ten instances of this error.)
Chapter Fourteen
Chapter Fifteen
Page 6
Pg. 575; last line.
Chapter Eighteen
Chapter Seventeen
Chapter Eleven
Posted on: 10/31/03
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Q= ∆U+W
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x– 3 = – 4
x– 3 = ± 4
θsinθ
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Pg. 602; Example 19-3; Boxed Answer.
Pg. 633; Figure 20-3; Caption.
sinθ
Pg. 603; Figure 19-7. With:
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2 10
1.89 h 20.7 min
375 6.82 1 h 3.6 ks
“there is no motion.” “the system is never far from being in equilibrium.”
∆E=Q+W int
“parallel” “series”
“temperature” “pressure”
“Vapor pressure” “Boiling point”
Pg. AP-2; Mass. Replace:
Pg. 638; Example 20-4; Picture st the Problem; 1 line.
Appendix A
Appendix D
Pg. AP-19; Equation D-47.
Posted on: 10/31/03
Page 7
Pg. AP-8; Example D-1; Step 2.
Replace: “cancerous material is at a slightly higher temperature than the surrounding tissue.” With: “cancerous tissue results in increased circulation which produces a slight increase in skin temperature.”
26 10
st 1 Line.
Chapter Nineteen
Pg. AP-4; Planck’s constant
Appendix B
Errata: Tipler, 5/e Vol. 1 Paperback
Pg. AP-8; Example D-1; Remarks. Replace:
x– 3 = – 4
x– 3 = ± 4
Pg. 602, Example 19-3, Step 8.
Pg. 633; Figure 20-3; Caption.
40 J + 45
Chapter Twenty
40 J
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Pg. 588; Problem 13f.
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Pg. 643; Paragraph 1; last line.
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68.2 1.24 1 min 60 s
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24 5.98 = 10 kg 24 5.98×10 kg
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h=h/2π one row above its current location.
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Pg. AP-3; Mass of earth ME.
Page 8
@105° G @14.6° from2F 0
@45° @45° from each force
17.2 m/s
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Posted on: 10/31/03
Back of Book Answers
(c)
-24 10
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–1 T
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1 T
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0.57
Right column, last line.
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Errata: Tipler, 5/e Vol. 1 Paperback
-28 10
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(b)
Inside Front Cover
Physical Constants; Bohr Magneton.
91b.
127b.
31.
Chapter Two
13.
35.
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x-x0= (-u0/ω)cos(ωt) x =x0+(umax/ω)[1–cos(ωt)]
0.595
85a.
85b.
x 2 “=F(x)=F(x)−F(x)” x 2 1 1
Chapter Four
Chapter Three
83b.
x 2 “F(x)∆F=F(x)−F(x)” 2 1 x 1
4.62 m/s or 9.68 mi/h 4.76 m/s or 10.7 mi/h
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14.4°
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44.0°
Inside Back Cover
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18 m/s
91a.
Physical Constants; Stefan-Boltzmann constant.
Chapter One
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2 2 1.12 m/s ; -1.12 m/s ; 44.8 N 2 2 a5kg= 4.91m/s ;a20kg= 2.45 m/s ; T =24.5 N
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Stephan Stefan
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305
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7.00 c
0.333 s
29b.
21a.
45c.
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69.
73.
81b.
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59c.
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111.
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–3/2
Chapter Ten
97a.
87.6
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t/(0.543s) (0.369 J·s)e -1 (1.41s )t (0.303 J·s)e
87.8
Page 9
23c.
89.
97b.
23b.
Chapter Fourteen
Chapter R
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30.0
7.99
Errata: Tipler, 5/e Vol. 1 Paperback
40.0
7.96
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(e) 536 N
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-10% 10
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15b.
26.5 rad /s
Posted on: 10/31/03
3 2 F = [(Mu/L)+(Mug/L)]t F = (ut/L)[(u/gt)+1]Mg
7.00 cm
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2 2 0.222 rad/s ; 0.111 rad/s 2 2 0.400 rad/s ; 0.200 rad/s
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34.5 rad /s
0.889
-10 10 %
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L
3/
>
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306 J
d
3.31
Chapter Sixteen
<
0.349
2 Following: "0.965 m/s ” insert: "directed up the incline"
Chapter Thirteen
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3.44
0.0833 s
43(a).
Chapter Five
135c.
Chapter Eight
97a.
Chapter Nine
29b.
400 m/s If we let the lengthLof the tube be 1.2 m and assume thatuair= 344 m/s (the speed of sound in air at 20ºC), th then the 10 harmonic corresponds toD= 25.3 cm and a driving frequency of 680 Hz.
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0.0523 K/W
20.9
20.0
137
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Page 10
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False
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25d.
Chapter Seventeen
79.
13c.
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0.523
142
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122
Posted on: 10/31/03
Chapter Twenty
57b.
61.
Errata: Tipler, 5/e Vol. 1 Paperback
109c.
IfL= 1.2 m, then (neglecting end effects) a resonance will be observed forλ= 10 cm, corresponding to the third harmonic of the resonance frequency. Ifu= 400 m/s, the frequency should be 4000 Hz. For the fundamental mode, the only displacement antinode appears to be at the open end of the tube and end effects need to be considered. (See Example 16-9.) Iff= 2 kHz anduHe= 1008 m/s (the speed of sound th in helium at 20û), theDfor the 10 harmonic in helium would be 8.60 cm. Hence, neglecting end effects at the driven end, a tube whose length is the least common multiple of 8.60 cm and 25.3 cm (218 cm) would work well for the measurement of the speed of sound in either air or helium.
Chapter Eighteen
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41c.
57c.
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54.7
180 J
20.3
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81c.
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81d.
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Chapter Nineteen
10.3
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True
103
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56.7
–142 J
