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Outline gtgt
PART 1 Mechanics CHAPTER 1 Introduction CHAPTER
2 Motion in One Dimension CHAPTER 3 Vectors and
Two-Dimensional Motion CHAPTER 4 The Laws of
Motion CHAPTER 5 Energy CHAPTER 6 Momentum and
Collisions CHAPTER 7 Rotational Motion and
Gravity CHAPTER 8 Rotational Equilibrium and
Dynamics CHAPTER 9 Solids and Fluids PART 2
Thermodynamics CHAPTER 10 Thermal Physics CHAPTER
11 Energy in Thermal Processes CHAPTER 12 The
Laws of Thermodynamics PART 3 Vibrations and
Waves CHAPTER 13 Vibrations and Waves CHAPTER 14
Sound
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Outline Docs ltlt Models ltlt Questions ltlt
PART 1 Mechanics SFxxxii CHAPTER 1
Introduction SF2 1.1 Standards of Length, Mass
and Time SF3 13 1.2 The Building Blocks of
Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42
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Outline Docs ltlt Models ltlt Questions ltlt
PART 1 Mechanics SFxxxii CHAPTER 1
Introduction SF2 1.1 Standards of Length, Mass
and Time SF3 13 1.2 The Building Blocks of
Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42
2.6 One-Dimensional Motion with
ConstantAcceleration
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Outline Docs ltlt Models ltlt Questions ltlt
PART 1 Mechanics SFxxxii CHAPTER 1
Introduction SF2 1.1 Standards of Length, Mass
and Time SF3 13 1.2 The Building Blocks of
Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42
Cut Copy Paste Insert Row Above Insert Row
Below Status
2.6 One-Dimensional Motion with
ConstantAcceleration
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Outline Docs ltlt Models ltlt Questions ltlt
PART 1 Mechanics SFxxxii CHAPTER 1
Introduction SF2 1.1 Standards of Length, Mass
and Time SF3 13 1.2 The Building Blocks of
Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42
2.6 One-Dimensional Motion with
ConstantAcceleration
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Outline Docs ltlt Models ltlt Questions ltlt
PART 1 Mechanics SFxxxii CHAPTER 1
Introduction SF2 1.1 Standards of Length, Mass
and Time SF3 13 1.2 The Building Blocks of
Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42
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Outline Docs ltlt Models ltlt Questions ltlt
PART 1 Mechanics SFxxxii CHAPTER 1
Introduction SF2 1.1 Standards of Length, Mass
and Time SF3 13 1.2 The Building Blocks of
Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42 CHAPTER 3 Vectors
and Two-D Motion
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Question text
1 An object is thrown with a horizontal
velocity of 20 m/s from a cliff that is 150 m
above level ground. If air resistance is
negligible, the time that it takes the object to
fall to the ground from the cliff is most
nearly(A) 3 s(B) 5 s(C) 6 s(D) 12 s(E) 25 s
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42 1, 26, 29 CHAPTER 3
Vectors and Two-D Motion
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42 1, 26, 29 CHAPTER 3
Vectors and Two-D Motion
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42 1, 26, 29 CHAPTER 3
Vectors and Two-D Motion
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42 1, 26, 29 CHAPTER 3
Vectors and Two-D Motion
C\Aura\Documents\Physics
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Name Authors
College Physics Sixth Edition Serway,
Faug Physics Principles with Applicatio Giancoli
Physics Principles with Applicatio
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42 1, 26, 29 CHAPTER 3
Vectors and Two-D Motion
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 1, 26,
29 CHAPTER 3 Vectors and Two-D Motion
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 1, 26,
29 CHAPTER 3 Vectors and Two-D Motion
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FreeFall
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Fall
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ll Acceleration-Value
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 FreeFall 1,
26, 29 CHAPTER 3 Vectors and Two-D Motion
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 FreeFall 1,
26, 29 CHAPTER 3 Vectors and Two-D Motion
show cross-references
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Equations
CMap
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 FreeFall 1,
26, 29 CHAPTER 3 Vectors and Two-D Motion
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 FreeFall 1,
26, 29 CHAPTER 3 Vectors and Two-D Motion
52
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 FreeFall 1,
26, 29 CHAPTER 3 Vectors and Two-D Motion
53
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 FreeFall 1,
26, 29 CHAPTER 3 Vectors and Two-D Motion
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 FreeFall 1,
26, 29 CHAPTER 3 Vectors and Two-D Motion
55
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Question text
1 An object is thrown with a horizontal
velocity of 20 m/s from a cliff that is 150 m
above level ground. If air resistance is
negligible, the time that it takes the object to
fall to the ground from the cliff is most
nearly(A) 3 s(B) 5 s(C) 6 s(D) 12 s(E) 25 s
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Diagram
CPL
Question
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Question
Diagram
CPL
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Diagram
Points
Top End Point1
Objects and Events
Ball (round object) Cliff (steep high face of
rock) Ground (flat surface)
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CPL
Diagram
58
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Outline Docs ltlt Models ltlt Questions ltlt
CHAPTER 1 Introduction SF2 1.1 Standards of
Length, Mass and Time SF3 13 1.2 The Building
Blocks of Matter SF5 34, 35, 38 1.3 Dimensional
Analysis SF7 40 1.4 Uncertainty in
Measurement SF8 28, 39 1.5 Conversion of
Units SF10 22, 23 1.6 Order of Magnitude
Calculations SF11 16, 17, 41 1.7 Coordinate
Systems SF12 24, 30, 31 1.8 Trigonometry SF13 tri
g 21 1.9 Problem Solving Stragegy SF15 14,
36 CHAPTER 2 Motion in One Dimension SF21 2.1 D
isplacement SF22 disp 33 2.2 Average
Velocity SF24 avg-vel 10, 18, 19 2.3 Instantaneous
Velocity SF26 inst-vel 12, 15 2.4 Acceleration SF
29 accel 11, 37 2.5 Motion Diagrams SF32 27,
32 2.6 One-Dimensional Motion with
Constant SF34 const-accel 25, 26Acceleration 2.7
Freely Falling Objects SF42, Gian34 FreeFall 1,
26, 29 CHAPTER 3 Vectors and Two-D Motion
59
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Free Fall
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60
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FreeFall 86 2.7 Freely
Falling Objects 85 Fall
70 Q 2.7.1 A ball is thrown
with a horizontal velocity of 54 Q 2.7.20
The motion of a particle along a straight line
54 Q 2.7.26 A man in an airplane flying at
an altitude of 54 Degree-of-Freedom
20
61
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Free Fall
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FreeFall 86 2.7 Freely
Falling Objects 85 Fall
70 Q 2.7.1 A ball is thrown
with a horizontal velocity of 54 Q 2.7.20
The motion of a particle along a straight line
54 Q 2.7.26 A man in an airplane flying at
an altitude of 54 Degree-of-Freedom
20
62
Aura
Free Fall
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Semantic
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Result Rank ltlt Type ltlt
FreeFall 86 2.7 Freely
Falling Objects 85 Fall
70 Q 2.7.1 A ball is thrown
with a horizontal velocity of 54 Q 2.7.20
The motion of a particle along a straight line
54 Q 2.7.26 A man in an airplane flying at
an altitude of 54 Degree-of-Freedom
20
63
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68
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70
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