Test Bank for Conceptual Physics, 11th Edition: Paul G. Hewitt

This is completed downloadable of Test Bank for Conceptual Physics, 11th Edition: Paul G. Hewitt

Product Details:

• ISBN-10 ‏ : ‎ 0321568095
• ISBN-13 ‏ : ‎ 978-0321568090
• Author: Paul G. Hewitt

Since defining this course 30 years ago, Paul Hewitt’s best-selling book continues to be the benchmark book that two-thirds of professors use and by which all others are judged. In Conceptual Physics, Eleventh Edition Paul Hewitt shows how a compelling book and the most advanced media can be integrated to empower professors as they bring physics to life for non-science majors, both in and out of class. For the Eleventh Edition , Hewitt helps readers connect physics to their everyday experiences and the world around them, and provides additional help on solving mathematical problems.

Hewitt’s book is famous for engaging readers with analogies and imagery from real-world situations that build a strong conceptual understanding of physical principles ranging from classical mechanics to modern physics. With this strong foundation, readers are better equipped to understand the equations and formulas of physics, and are motivated to explore the thought-provoking exercises and fun projects in each chapter. The new edition features a fresh new design, content that is more focused on physics applications, and updated pedagogical features.

Table of Content:

Chapter 1: About Science
Chapter 2: Atoms 
Part 1 Mechanics 
Chapter 3: Equilibrium and Linear Motion
Chapter 4: Newton?s Laws of Motion
Chapter 5: Momentum and Energy 
Chapter 6: Gravity, Projectiles, and Satellites
Chapter 7: Fluid Mechanics
Part 2 Heat
Chapter 8: Temperature, Heat, and Thermodynamics
Chapter 9: Heat Transfer and Change of Phase
Part 3 Electricity and Magnetism
Chapter 10: Static and Current Electricity
Chapter 11: Magnetism and Electromagnetic Induction
Part 4 Sound and Light
Chapter 12: Waves and Sound
Chapter 13: Light waves
Chapter 14: Properties of Light
Part 5 Atomic and Nuclear Physics
Chapter 15: Quantum Theory 
Chapter 16: The Atomic Nucleus and Radioactivity
Appendices 
Appendix A: On Measurement and Unit Conversion
Appendix B: Linear and Rotational Motion
Appendix C: Vectors
Appendix D: Exponential Growth and Doubling Time
Contents in Detail
Chapter 1: About Science
1.1 Mathematics?The Language Of Science
1.2 Scientific Measurements
1.3 Scientific Methods
1.4 The Scientific Attitude 
 Pseudoscience
1.5 Science, Art, And Religion
1.6 Science And Technology
 Risk Assessment
1.7 Physics?The Basic Science
1.8 In Perspective
Chapter 2: Atoms 
2.1 The Atomic Hypothesis
2.2 Characteristics Of Atoms
2.3 Atomic Imagery
2.4 Atomic Structure
2.5 The Elements
2.6 Periodic Table Of The Elements
2.7 Relative Sizes Of Atoms
2.8 Isotopes
2.9 Molecules
2.10 Antimatter
2.11 Dark Matter
Part 1 Mechanics 
Chapter 3: Equilibrium and Linear Motion
3.1 Aristotle On Motion
Aristotle (384-322 BC)
3.2 Galileo?s Concept Of Inertia
 Galileo Galilei (1564?1642)
3.3 Mass?A Measure Of Inertia
 One Kilogram Weighs 9.8 Newtons
3.4 Net Force
 Paul Hewitt Personal Essay
3.5 The Equilibrium Rule
 Practicing Physics
3.6 Support Force
3.7 Equilibrium Of Moving Things
3.8 The Force Of Friction
3.9 Speed And Velocity
 Speed 
	Instantaneous Speed
	Average Speed
Velocity
 Motion Is Relative
3.10 Acceleration
 Hang Time
Chapter 4: Newton?s Laws of Motion
4.1 Newton?s First Law Of Motion
The Moving Earth
4.2 Newton?s Second Law Of Motion
 Sample Problem Solving
 When Acceleration is g?Free Fall
 When Acceleration of Fall Is Less Than g?Non-Free Fall
4.3 Forces And Interactions 
4.4 Newton?s Third Law Of Motion
Simple Rule To Identify Action And Reaction
 Hands-On Physics [Box]
 Action And Reaction On Different Masses
 Defining Your System
4.5 Vectors
 Force Vectors
 Velocity Vectors
 Hands-On Vectors
 Practicing Physics
 Vector Components
4.6 Summary Of Newton?s Three Laws of Motion
Newton biography
Chapter 5: Momentum and Energy 
5.1 Momentum
5.2 Impulse
5.3 Impulse Changes Momentum 
Case 1: Increasing Momentum
Case 2: Decreasing Momentum Over a Long Time
Case 3: Decreasing Momentum Over a Short Time
 Sample Problem Solving
5.4 Bouncing
5.5 Conservation Of Momentum
 Conservation Laws
5.6 Collisions
5.7 Energy
5.8 Work
5.9 Potential Energy
5.10 Kinetic Energy
5.11 Work-Energy Theorem
Kinetic Energy and Momentum Compared
5.12 Conservation Of Energy
5.13 Power
 Sample Problem Solving
5.14 Machines
5.15 Efficiency
5.16 Sources Of Energy
 Junk Science
Chapter 6: Gravity, Projectiles, and Satellites
6.1 The Universal Law of Gravity
6.2 The Universal Gravitational Constant, G
6.3 Gravity and Distance: The Inverse-Square Law
6.4 Weight and Weightlessness
6.5 Universal Gravitation
6.6 Projectile Motion
 Projectiles Launched Horizontally
 Sample Problem Solving 
 Projectiles Launched at an Angle
 Practicing Physics? Hands-On Dangling Beads
 Hang Time Revisited
6.7 Fast-Moving Projectiles?Satellites
6.8 Circular Satellite Orbits
6.9 Elliptical Orbits
6.10 Energy Conservation and Satellite Motion
6.11 Escape Speed
Chapter 7: Fluid Mechanics
7.1 Density
7.2 Pressure
7.3 	Pressure in a Liquid
7.4 Buoyancy in a Liquid
7.5 Archimedes' Principle
	Archimedes And The Gold Crown
	Flotation
	Floating Mountains
7.6 Pressure in a Gas
	Boyle?s Law
7.7 Atmospheric Pressure
	Barometers
7.8 Pascal?s Principle
7.9 Buoyancy in a Gas
7.10 Bernoulli?s Principle
Applications of Bernoulli?s Principle
Part 2 Heat
Chapter 8: Temperature, Heat, and Thermodynamics
8.1 Temperature
8.2 Absolute Zero
8.3 Internal Energy
8.4 Heat
8.5 Quantity Of Heat
8.6 The Laws Of Thermodynamics
Order Tends to Disorder
8.7 Entropy
8.8 Specific Heat Capacity
Sample Problem Solving
The High Specific Heat Capacity of Water
8.9 Thermal Expansion
Thermal Expansion Of Water
Life At The Extremes
Chapter 9: Heat Transfer and Change of Phase
9.1 Conduction
9.2 Convection
9.3 Radiation
Emission of Radiant Energy
Absorption of Radiant Energy
Reflection of Radiant Energy
9.4 Newton?s Law of Cooling
The Thermos Bottle
9.5 Global Warming and the Greenhouse Effect
9.6 Heat Transfer and Change of Phase
Evaporation
Condensation
Condensation Crunch
9.7 Boiling
9.8 Melting and Freezing
9.9 Energy and Change of Phase 
Part 3 Electricity and Magnetism
Chapter 10: Static and Current Electricity
10.1 Electric Force and Charge
 Electronics Technology and Sparks 
 Conservation of Charge
 	Ionized Bracelets: Science or Pseudoscience?
10.2 Coulomb?s Law
 Charge Polarization
 	Microwave Oven
10.3 Electric Field
10.4 Electric Potential
10.5 Voltage Sources
10.6 Electric Current
 Direct Current and Alternating Current
 	History of 110 Volts 
10.7 Electric Resistance
 	Superconductors
10.8 Ohm?s Law
 	Sample Problem Solving
 Electric Shock
 	Injury by Electric Shock 
10.9 Electric Circuits
 Series Circuits
 Parallel Circuits
 Parallel Circuits and Overloading
 Safety Fuses
10.10 Electric Power
 	Sample Problem Solving
 	Electrical Energy and Technology
Chapter 11: Magnetism and Electromagnetic Induction
11.1 Magnetic Poles
11.2 Magnetic Fields
11.3 Magnetic Domains
11.4 Electric Currents and Magnetic Fields
 Electromagnets
 Superconducting Electromagnets
11.5 Magnetic Forces on Moving Charges
 Magnetic Forces on Current-Carrying Wires
 Electric Meters
 Electric Motors
11.6 Electromagnetic Induction
 Faraday?s Law
11.7 Generators and Alternating Current
11.8 Power Production
11.9 The Transformer?Boosting or Lowering Voltage
11.10 Field Induction
Part 4 Sound and Light
Chapter 12: Waves and Sound
12.1 Vibrations and Waves
12.2 Wave Motion
 Wave Speed
12.3 Transverse and Longitudinal Waves
12.4 Sound Waves
 Speed of Sound
12.5 Reflection and Refraction of Sound
12.6 Forced Vibrations and Resonance
12.7 Interference
 Beats
 Standing Waves
12.8 Doppler Effect
12.9 Wave Barriers and Bow Waves
12.10 Shock Waves and the Sonic Boom
12.11 Musical Sounds
 Musical Instruments
Chapter 13: Light waves
13.1 Electromagnetic Spectrum
13.2 Transparent and Opaque Materials
13.3 Color
 Selective Reflection
 Selective Transmission
 Mixing Colored Lights
 Complementary Colors
 Mixing Colored Pigments
13.4 Why the Sky is Blue, Sunsets are Red, and Clouds are White
 Why the Sky is Blue
 Why Sunsets are Red
 2Why Clouds are White
13.5 Diffraction
13.6 Interference of Light
 Interference Colors by Reflection from Thin Films
Chapter 14: Properties of Light
14.1 Reflection
 Law of Reflection
 Diffuse Reflection
14.2 Refraction
14.3 Dispersion
 Rainbows
14.4 Total Internal Reflection
14.4 Total Internal Reflection
14.5 Lenses
 Image Formation by a Lens
 Lens Defects?
14.6 Polarization
Part 5 Atomic and Nuclear Physics
Chapter 15: Quantum Theory 
15.1 The Photoelectric Effect
15.2 Emission Spectra
Emission Spectra Explained
15.3 Absorption Spectra
15.4 Fluorescence
 Fluorescent Lamps
15.5 Incandescence
15.6 Lasers
15.7 Wave-Particle Duality
	Double-Slit Experiment
15.8 Particles As Waves: Electron Diffraction
 Electron Waves
15.9 Quantum Mechanics
15.10 Uncertainty Principle
15.11 Correspondence Principle
 Complementarity
	Predictability And Chaos 
Chapter 16: The Atomic Nucleus and Radioactivity
16.1 Radioactivity
16.2 Alpha, Beta, and Gamma Rays
16.3 Environmental Radiation
Units of Radiation
Doses of Radiation
Radioactive Tracers
16.4 The Atomic Nucleus and the Strong Force
16.5 Radioactive Half-Life
16.6 Transmutation of the Elements
Natural Transmutation
Artificial Transmutation
16.7 Radiometric Dating
16.8 Nuclear Fission
Nuclear Fission Reactors
Plutonium 
The Breeder Reactor
16.9 Mass-Energy Equivalence
16.10 Nuclear Fusion
 Controlling Fusion
Appendices
Appendix A: On Measurement and Unit Conversion
United States Customary System
Syst?me International 
Meter
Kilogram
Second
Newton
Joule
Ampere
Kelvin 
Area
Volume
Unit Conversion
Appendix B: Linear and Rotational Motion
Computing Velocity and Distance Traveled on an Inclined Plane 
Computing Distance When Acceleration is Constant 
Circular Motion
Torque
Angular Momentum
Conservation of Angular Momentum
Appendix C: Vectors
Vectors and Scalars 
Adding Vectors 
Finding Components of Vectors 
Sailboats 
Appendix D: Exponential Growth and Doubling Time
Glossary 
Photo Credits 
Index

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