Physics 7th edition


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  • Chapter 1: Introduction
    • 1.1: What is Physics?
    • 1.2: What Part is Played by Mathematics?
    • 1.3: How Should I Study Physics?

  • Chapter 2: Technical Mathematics
    • 2.1: Signed Numbers (6)
    • 2.2: Algebra Review (4)
    • 2.3: Exponents and Radicals (2)
    • 2.4: Solution to Quadratic Equations
    • 2.5: Scientific Notation (3)
    • 2.6: Graphs
    • 2.7: Geometry
    • 2.8: Right Triangle Trigonometry (2)
    • 2: Additional Problems

  • Chapter 3: Technical Measurements and Vectors
    • 3.1: Physical Quantities
    • 3.2: The International System
    • 3.3: Measurement of Length
    • 3.4: Significant Figures
    • 3.5: Measuring Instruments
    • 3.6: Unit Conversions (3)
    • 3.7: Vector and Scalar Quantities
    • 3.8: Addition of Vectors by Graphical Methods (3)
    • 3.9: Force and Vectors
    • 3.10: The Resultant Force
    • 3.11: Trigonometry and Vectors (5)
    • 3.12: The Component Method of Vector Addition (3)
    • 3.13: Unit Vector Notation
    • 3.14: Vector Difference (4)
    • 3: Additional Problems
    • 3: Conceptual Questions

  • Chapter 4: Translational Equilibrium and Friction
    • 4.1: Newton's First Law
    • 4.2: Newton's Second Law
    • 4.3: Newton's Third Law
    • 4.4: Equilibrium
    • 4.5: Free-Body Diagrams
    • 4.6: Solution of Equilibrium Problems (6)
    • 4.7: Friction (11)
    • 4: Additional Problems
    • 4: Conceptual Questions

  • Chapter 5: Torque and Rotational Equilibrium
    • 5.1: Conditions for Equilibrium
    • 5.2: The Moment Arm
    • 5.3: Torque (3)
    • 5.4: Resultant Torque (1)
    • 5.5: Equilibrium (9)
    • 5.6: Center of Gravity (4)
    • 5: Additional Problems
    • 5: Conceptual Questions

  • Chapter 6: Uniform Acceleration
    • 6.1: Speed and Velocity (5)
    • 6.2: Acceleration
    • 6.3: Uniform Acceleration (3)
    • 6.4: Other Useful Relations
    • 6.5: Solutions to Acceleration Problems
    • 6.6: Sign Convention in Acceleration Problems
    • 6.7: Gravity and Free Falling Bodies (4)
    • 6.8: Projectile Motion
    • 6.9: Horizontal Projection (3)
    • 6.10: The More General Problem of Trajectories (2)
    • 6: Additional Problems
    • 6: Conceptual Questions

  • Chapter 7: Newton's Second Law
    • 7.1: Newton's Second Law of Motion (4)
    • 7.2: The Relationship Between Weight and Mass (3)
    • 7.3: Application of Newton's Second Law to Single-Body Problems (5)
    • 7.4: Problem-Solving Techniques (5)
    • 7: Additional Problems
    • 7: Conceptual Questions

  • Chapter 8: Work, Energy, and Power
    • 8.1: Work (3)
    • 8.2: Resultant Work (2)
    • 8.3: Energy
    • 8.4: Work and Kinetic Energy (3)
    • 8.5: Potential Energy (2)
    • 8.6: Conservation of Energy (3)
    • 8.7: Energy and Friction Forces (2)
    • 8.8: Power (3)
    • 8: Additional Problems
    • 8: Conceptual Questions

  • Chapter 9: Impulse and Momentum
    • 9.1: Impulse and Momentum (5)
    • 9.2: The Law Conservation of Momentum (6)
    • 9.3: Elastic and Inelastic Impacts (6)
    • 9: Additional Problems
    • 9: Conceptual Questions

  • Chapter 10: Uniform Circular Motion
    • 10.1: Motion in a Circular Path
    • 10.2: Centripetal Acceleration (3)
    • 10.3: Centripetal Force (2)
    • 10.4: Banking Curves (3)
    • 10.5: The Conical Pendulum (2)
    • 10.6: Motion in a Vertical Circle (2)
    • 10.7: Gravitation (2)
    • 10.8: The Gravitational Field and Weight
    • 10.9: Satellites in circular Orbits
    • 10.10: Kepler's Laws (3)
    • 10: Additional Problems
    • 10: Conceptual Questions

  • Chapter 11: Rotation of Rigid Bodies
    • 11.1: Angular Displacement
    • 11.2: Angular Velocity
    • 11.3: Angular Acceleration
    • 11.4: Relationship Between Rotational and Linear Motion (3)
    • 11.5: Rotational Kinetic Energy, Moment of Inertia (3)
    • 11.6: The Second Law of Motion and Rotation (3)
    • 11.7: Rotational Work and Power (3)
    • 11.8: Combined Rotation and Translation (2)
    • 11.9: Angular Momentum
    • 11.10: Conservation of Angular Momentum (3)
    • 11: Additional Problems
    • 11: Conceptual Questions

  • Chapter 12: Simple Machines
    • 12.1: Simple Machines and Efficiency
    • 12.2: Mechanical Advantage (5)
    • 12.3: The Lever
    • 12.4: Applications of the Lever Principle (7)
    • 12.5: The Transmission of Torque (3)
    • 12.6: The Inclined Plane
    • 12.7: Applications of the Inclined Plane (3)
    • 12: Additional Problems
    • 12: Conceptual Questions

  • Chapter 13: Elasticity
    • 13.1: Elastic Properties of matter (4)
    • 13.2: Young's Modulus (6)
    • 13.3: Shear Modulus (4)
    • 13.4: Volume Elasticity: Bulk Modulus (3)
    • 13.5: Other Physical Properties of Metals
    • 13: Additional Problems (1)
    • 13: Conceptual Questions

  • Chapter 14: Simple Harmonic Motion
    • 14.1: Periodic Motion
    • 14.2: Newton's Second Law (4)
    • 14.3: Work and Energy in Simple Harmonic Motion (2)
    • 14.4: The Reference Circle and Simple Harmonic Motion
    • 14.5: Velocity in Simple Harmonic Motion (3)
    • 14.6: Acceleration in Simple Harmonic Motion (3)
    • 14.7: The Period and Frequency (1)
    • 14.8: The Simple Pendulum (2)
    • 14.9: The Torsion Pendulum (2)
    • 14: Additional Problems (1)
    • 14: Conceptual Questions (1)

  • Chapter 15: Fluids
    • 15.1: Density (2)
    • 15.2: Pressure
    • 15.3: Fluid Pressure (3)
    • 15.4: Measuring Pressure
    • 15.5: The Hydraulic Pressure (3)
    • 15.6: Archimedes Principle (3)
    • 15.7: Fluid Flow (3)
    • 15.8: Pressure and Velocity
    • 15.9: Bernoulli's Equation
    • 15.10: Applications of Bernoulli's Equation (3)
    • 15: Additional Problems
    • 15: Conceptual Questions

  • Chapter 16: Temperature and Expansion
    • 16.1: Temperature and Thermal Energy
    • 16.2: The Measurement of Temperature (6)
    • 16.3: The Gas Thermometer
    • 16.4: The Absolute Temperature Scale
    • 16.5: Linear Expansion
    • 16.6: Area Expansion
    • 16.7: Volume Expansion (11)
    • 16.8: The Unusual Expansion of Water
    • 16: Additional Problems
    • 16: Conceptual Questions

  • Chapter 17: Quantity of Heat
    • 17.1: The Meaning of Heat
    • 17.2: The Quantity of Heat
    • 17.3: Specific Heat Capacity (7)
    • 17.4: The Measurement of Heat (5)
    • 17.5: Change of Phase (5)
    • 17.6: Heat of Combustion
    • 17: Additional Problems
    • 17: Conceptual Questions

  • Chapter 18: Transfer of Heat
    • 18.1: Methods of Heat Transfer
    • 18.2: Conduction (9)
    • 18.3: Insulation: The R-value
    • 18.4: Convection
    • 18.5: Radiation (5)
    • 18: Additional Problems (3)
    • 18: Conceptual Questions

  • Chapter 19: Thermal Properties of Matter
    • 19.1: Ideal Gases Boyle's Law and Charles' Law
    • 19.2: Gay-Lussac's Law
    • 19.3: General Gas Laws (6)
    • 19.4: Molecular Mass and the Mole (2)
    • 19.5: The Ideal Gas Law (3)
    • 19.6: Liquefaction of a Gas
    • 19.7: Vaporization
    • 19.8: Vapor Pressure
    • 19.9: Triple Point
    • 19.10: Humidity (2)
    • 19: Additional Problems (3)
    • 19: Conceptual Questions (2)

  • Chapter 20: Thermodynamics
    • 20.1: Heat and Work
    • 20.2: The Internal Energy Function
    • 20.3: The First Law of Thermodynamics (3)
    • 20.4: Isobaric Processes and the P-V Diagram (1)
    • 20.5: The General Case for the First Law
    • 20.6: Adiabatic Processes
    • 20.7: Isochoric Processes
    • 20.8: Isothermal Processes (4)
    • 20.9: The Second Law of Thermodynamics (4)
    • 20.10: The Carnot Cycle
    • 20.11: The Efficiency of an Ideal Engine
    • 20.12: Internal combustion Engines
    • 20.13: Refrigeration
    • 20: Additional Problems (5)
    • 20: Conceptual Questions (1)

  • Chapter 21: Mechanical Waves
    • 21.1: Mechanical Waves
    • 21.2: Types of Waves
    • 21.3: Calculating Wave Speed
    • 21.4: Periodic Wave Motion (7)
    • 21.5: Energy of a Periodic Wave (1)
    • 21.6: The Superposition Principle
    • 21.7: Standing Waves
    • 21.8: Characteristic Frequencies (4)
    • 21: Additional Problems (5)
    • 21: Conceptual Questions (1)

  • Chapter 22: Sound
    • 22.1: Production of a Sound Wave
    • 22.2: The Speed of Sound (2)
    • 22.3: Vibrating Air Columns (2)
    • 22.4: Forced Vibration and Resonance
    • 22.5: Audible Sound Waves (3)
    • 22.6: Pitch and Quality
    • 22.7: Interference and Beats
    • 22.8: The Doppler Effect (3)
    • 22: Additional Problems (6)
    • 22: Conceptual Questions (2)

  • Chapter 23: The Electric Force
    • 23.1: The Electric Charge
    • 23.2: The Electron
    • 23.3: Insulators and Conductors
    • 23.4: The Gold-Leaf Electroscope
    • 23.5: Redistribution of Charge
    • 23.6: Charging by Induction
    • 23.7: Coulomb's Law (7)
    • 23: Additional Problems (10)
    • 23: Conceptual Questions (1)

  • Chapter 24: The Electric Field
    • 24.1: The Concept of a Field (4)
    • 24.2: Computing the Electric Intensity
    • 24.3: Electric Field Lines (3)
    • 24.4: Gauss's Law
    • 24.5: Applications of Gauss's Law (1)
    • 24: Additional Problems (6)
    • 24: Conceptual Questions (3)

  • Chapter 25: Electric Potential
    • 25.1: Electric Potential Energy (7)
    • 25.2: Calculating Potential Energy
    • 25.3: Potential
    • 25.4: Potential Difference (2)
    • 25.5: Millikan's Oil-Drop Experiment
    • 25.6: The Electronvolt
    • 25: Additional Problems (7)
    • 25: Conceptual Questions (2)

  • Chapter 26: Capacitance
    • 26.1: Limitations on Charging a Conductor
    • 26.2: The Capacitor (3)
    • 26.3: Computing the Capacitance (3)
    • 26.4: Dielectric Constant: Permittivity
    • 26.5: Capacitors in Parallel and in Series (5)
    • 26.6: Energy of a Charged Capacitor (3)
    • 26: Additional Problems (3)
    • 26: Conceptual Questions

  • Chapter 27: Current and Resistance
    • 27.1: The Motion of Electric Charge
    • 27.2: The Direction of Electric Current
    • 27.3: Electromotive Force
    • 27.4: Ohm's Law: Resistance (4)
    • 27.5: Electric Power and Heat Loss (4)
    • 27.6: Resistivity (2)
    • 27.7: Temperature Coefficient of Resistance (2)
    • 27.8: Superconductivity
    • 27: Additional Problems (3)
    • 27: Conceptual Questions (1)

  • Chapter 28: Direct-Current Circuits
    • 28.1: Simple circuits: Resistors in Series
    • 28.2: Resistors in Parallel (6)
    • 28.3: EMF and Terminal Potential Difference (5)
    • 28.4: Measuring Internal Resistance
    • 28.5: Reversing the Current Through a Source of EMF
    • 28.6: Kirchhoff's Laws (2)
    • 28: Additional Problems (4)
    • 28: Conceptual Questions

  • Chapter 29: Magnetism and the Magnetic Field
    • 29.1: Magnetism (3)
    • 29.2: Magnetic Fields
    • 29.3: The Modern Theory of Magnetism
    • 29.4: Flux Density and Permeability
    • 29.5: Magnetic Field and Electric Current
    • 29.6: The Force on a Moving charge (2)
    • 29.7: Force on a Current-Carrying Wire (3)
    • 29.8: Magnetic Field of Long, Straight Wire
    • 29.9: Other Magnetic Fields (3)
    • 29.10: Hysteresis
    • 29: Additional Problems (5)
    • 29: Conceptual Questions (1)

  • Chapter 30: Forces and Torques in a Magnetic Field
    • 30.1: Force and Torque on a Loop (3)
    • 30.2: Magnetic Torque on a Solenoid
    • 30.3: The Galvanometer
    • 30.4: The DC Voltmeter
    • 30.5: The DC Ammeter (5)
    • 30.6: The DC Motor
    • 30: Additional Problems (9)
    • 30: Conceptual Questions (1)

  • Chapter 31: Electromagnetic Induction
    • 31.1: Faraday's Law
    • 31.2: EMF Induced by a Moving Wire (4)
    • 31.3: Lenz's Law
    • 31.4: The AC Generator
    • 31.5: The DC Generator (4)
    • 31.6: Back EMF in a Motor (4)
    • 31.7: Types of Motors
    • 31.8: The Transformer (4)
    • 31: Additional Problems
    • 31: Conceptual Questions (1)

  • Chapter 32: Alternating Current Circuits
    • 32.1: The Capacitor (2)
    • 32.2: The Inductor (2)
    • 32.3: Alternating Current (3)
    • 32.4: Phase Relation in AC Circuits
    • 32.5: Reactance (2)
    • 32.6: The Series AC Circuit (3)
    • 32.7: Resonance
    • 32.8: The Power Factor
    • 32: Additional Problems (5)
    • 32: Conceptual Questions

  • Chapter 33: Light and Illumination
    • 33.1: What Is Light?
    • 33.2: The Propagation of Light
    • 33.3: The Electromagnetic Spectrum (3)
    • 33.4: The Quantum Theory
    • 33.5: Light Rays and Shadows (3)
    • 33.6: Luminous Flux
    • 33.7: Luminous Intensity
    • 33.8: Illumination (4)
    • 33: Additional Problems (6)
    • 33: Conceptual Questions (1)

  • Chapter 34: Reflection and Mirrors
    • 34.1: The Laws of Reflection
    • 34.2: Plane Mirrors (2)
    • 34.3: Spherical Mirrors (2)
    • 34.4: Images Formed by Spherical Mirrors
    • 34.5: The Mirror Equation
    • 34.6: Magnification (3)
    • 34.7: Spherical Aberration
    • 34: Additional Problems (8)
    • 34: Conceptual Questions (1)

  • Chapter 35: Refraction
    • 35.1: Index of Refraction (2)
    • 35.2: The Laws of Refraction (4)
    • 35.3: Wavelength and Refraction (3)
    • 35.4: Dispersion
    • 35.5: Total Internal Reflection (3)
    • 35.6: Fiber Optics and Applications
    • 35.7: Is Seeing the Same as Believing?
    • 35.8: Apparent Depth
    • 35: Additional Problems (5)
    • 35: Conceptual Questions (2)

  • Chapter 36: Lenses and Optical Instruments
    • 36.1: Simple Lenses
    • 36.2: Focal Length and the Lensmaker Equation (6)
    • 36.3: Image Formation by Thin Lenses (7)
    • 36.4: The Lens Equation and Magnification (4)
    • 36.5: Combinations of Lenses
    • 36.6: The Compound Microscope
    • 36.7: Telescope
    • 36.8: Lens Aberrations
    • 36: Additional Problems (1)
    • 36: Conceptual Questions (1)

  • Chapter 37: Interference Diffraction, and Polarization
    • 37.1: Diffraction
    • 37.2: Young's Experiment: Interference (6)
    • 37.3: The Diffraction Grating (6)
    • 37.4: Resolving Power of Instruments (5)
    • 37.5: Polarization
    • 37: Additional Problems (1)
    • 37: Conceptual Questions

  • Chapter 38: Modern Physics and the Atom
    • 38.1: Relativity (6)
    • 38.2: Simultaneous Events: The Relativity of Time
    • 38.3: Relativistic Length, Mass, and Time
    • 38.4: Mass and Energy
    • 38.5: Quantum Theory and the Photoelectric Effect (4)
    • 38.6: Waves and particles (5)
    • 38.7: The Rutherford Atom
    • 38.8: Electron Orbits
    • 38.9: Atomic Spectra (2)
    • 38.10: The Bohr Atom
    • 38.11: Energy Levels
    • 38.12: Lasers and Laser Light
    • 38.13: Modern Atomic Theory
    • 38: Additional Problems
    • 38: Conceptual Questions

  • Chapter 39: Nuclear Physics and the Nucleus
    • 39.1: The Atomic Nucleus
    • 39.2: The Elements (3)
    • 39.3: The Atomic Mass Unit (3)
    • 39.4: Isotopes
    • 39.5: The Mass Defect and Binding Energy (4)
    • 39.6: Radioactivity
    • 39.7: Radioactive Decay (6)
    • 39.8: Half-Life
    • 39.9: Nuclear Reactions (2)
    • 39.10: Nuclear Fission
    • 39.11: Nuclear Reactors
    • 39.12: Nuclear Fusion
    • 39: Additional Problems
    • 39: Conceptual Questions

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Group Quantity Questions
Chapter 1: Introduction
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Chapter 2: Technical Mathematics
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Chapter 3: Technical Measurements and Vectors
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Chapter 4: Translational Equilibrium and Friction
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Chapter 5: Torque and Rotational Equilibrium
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Chapter 6: Uniform Acceleration
6.P 17 001 003 004 005 009 010 012 016 020 022 024 027 028 029 032 039 040
Chapter 7: Newton's Second Law
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Chapter 8: Work, Energy, and Power
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Chapter 9: Impulse and Momentum
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Chapter 10: Uniform Circular Motion
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Chapter 11: Rotation of Rigid Bodies
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Chapter 12: Simple Machines
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Chapter 13: Elasticity
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Chapter 14: Simple Harmonic Motion
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Chapter 15: Fluids
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Chapter 16: Temperature and Expansion
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Chapter 17: Quantity of Heat
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Chapter 18: Transfer of Heat
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Chapter 19: Thermal Properties of Matter
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Chapter 20: Thermodynamics
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Chapter 21: Mechanical Waves
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Chapter 22: Sound
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Chapter 23: The Electric Force
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Chapter 24: The Electric Field
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Chapter 25: Electric Potential
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Chapter 26: Capacitance
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Chapter 27: Current and Resistance
27.P 16 002 004 006 008 010 012 014 016 020 022 024 026 030 032 036 042
Chapter 28: Direct-Current Circuits
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Chapter 29: Magnetism and the Magnetic Field
29.P 17 002 004 006 008 010 014 016 018 020 024 026 028 030 036 040 042 045
Chapter 30: Forces and Torques in a Magnetic Field
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Chapter 31: Electromagnetic Induction
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Chapter 32: Alternating Current Circuits
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Chapter 33: Light and Illumination
33.P 17 005 006 012 014 016 018 019 021 025 027 029 033 034 035 038 040 043
Chapter 34: Reflection and Mirrors
34.P 16 001 002 006 008 012 016 018 020 022 024 026 028 030 032 033 036
Chapter 35: Refraction
35.P 19 002 004 005 008 010 011 014 016 017 018 019 023 025 026 027 030 031 033 035
Chapter 36: Lenses and Optical Instruments
36.P 19 002 003 004 006 008 009 010 012 013 014 016 018 019 020 022 023 024 033 036
Chapter 37: Interference Diffraction, and Polarization
37.P 18 001 003 004 005 006 008 009 010 011 012 013 014 015 016 018 019 020 021
Chapter 38: Modern Physics and the Atom
38.P 17 001 002 003 004 005 008 010 013 014 015 017 018 020 021 022 025 028
Chapter 39: Nuclear Physics and the Nucleus
39.P 18 002 003 004 006 008 010 012 013 014 016 018 020 021 022 023 024 026 028
Total 663