College Physics: Putting It All Together 1st edition

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Ron Hellings, Jeff Adams, and Greg Francis
Publisher: University Science Books

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  • Chapter 1: Introduction
    • 1.1: Measurement
    • 1.2: Arithmetic
    • 1.3: Working with Units (6)
    • 1.4: Math Requirements
    • 1.5: Summary

  • Chapter 2: One-Dimensional Kinematics
    • 2.1: The Coordinate System
    • 2.2: Displacement (3)
    • 2.3: Velocity (8)
    • 2.4: Straight-Line Acceleration: Speeding Up and Slowing Down (5)
    • 2.5: Graphing the Motion (3)
    • 2.6: Equations Governing Uniformly Accelerated Motion (11)
    • 2.7: Free Fall (11)
    • 2.8: How to Solve Physics Problems
    • 2.9: Summary

  • Chapter 3: Vectors
    • 3.1: Superposition
    • 3.2: Vector and Scalars
    • 3.3: Vector Addition
    • 3.4: Vector Subtraction
    • 3.5: Trigonometry Review (1)
    • 3.6: Vector Components (7)
    • 3.7: Vector Addition (Revisited) (18)
    • 3.8: Summary

  • Chapter 4: Two-Dimensional Kinematics
    • 4.1: Position Vectors and Coordinate Systems
    • 4.2: Displacement and Velocity (2)
    • 4.3: Acceleration in Two Dimensions (5)
    • 4.4: Projectile Motion (17)
    • 4.5: Circular Motion and Centripetal Acceleration (3)
    • 4.6: Relative Velocity (5)
    • 4.7: Summary

  • Chapter 5: Newton's Laws
    • 5.1: Newton's First Law (2)
    • 5.2: Newton's Second Law (13)
    • 5.3: Newton's Third Law (4)
    • 5.4: Forces (3)
    • 5.5: Free-Body Diagrams (15)
    • 5.6: Statics (7)
    • 5.7: Summary

  • Chapter 6: Forces
    • 6.1: Gravitational Force: Weight (10)
    • 6.2: Normal Force (4)
    • 6.3: Frictional Forces: Kinetic and Static (15)
    • 6.4: Problems on an Inclined Plane (10)
    • 6.5: Tension (4)
    • 6.6: Elastic and Spring Forces (2)
    • 6.7: Refrigerator Magnet Force
    • 6.8: Apparent Weight (3)
    • 6.9: Centripetal Force (11)
    • 6.10: Centrifugal and Other Fictitious Forces
    • 6.11: Summary

  • Chapter 7: Energy
    • 7.1: Forms of Energy (24)
    • 7.2: Energy Change and Work (12)
    • 7.3: Power (5)
    • 7.4: Conservative and Non-Conservative Forces (5)
    • 7.5: Conservation of Energy
    • 7.6: Solving Mechanical Energy Problems (13)
    • 7.7: Summary

  • Chapter 8: Momentum
    • 8.1: Impulse and Momentum (10)
    • 8.2: Collisions (11)
    • 8.3: The Three Flavors of Collisions (11)
    • 8.4: Collisions in Two Dimensions (12)
    • 8.5: Elastic Collisions in One Dimension (7)
    • 8.6: Summary

  • Chapter 9: Rotational Dynamics
    • 9.1: The Radian (5)
    • 9.2: Rotational Kinematics (23)
    • 9.3: Torque (6)
    • 9.4: Center of Mass (6)
    • 9.5: Extended Free-Body Diagrams (22)
    • 9.6: Rotational Inertia (12)
    • 9.7: Angular Momentum and Kinetic Energy (18)
    • 9.8: Summary

  • Chapter 10: Pressure and Fluids
    • 10.1: Pressure (2)
    • 10.2: Pressure in Fluids (3)
    • 10.3: Pascal's Principle (5)
    • 10.4: Archimedes' Principle (7)
    • 10.5: And What If It Floats? (3)
    • 10.6: Summary

  • Chapter 11: Simple Harmonic Motion
    • 11.1: Period and Frequency (5)
    • 11.2: Simple Harmonic Motion (1)
    • 11.3: The Hanging Block on a Spring
    • 11.4: The Period Formula (10)
    • 11.5: Energy in Simple Harmonic Motion (7)
    • 11.6: Other Harmonic Oscillators (5)
    • 11.7: Summary

  • Chapter 12: Pulses and Waves
    • 12.1: Definitions
    • 12.2: Wave Speed (1)
    • 12.3: Superposition of Pulses (3)
    • 12.4: Reflection of Pulses at a Boundary
    • 12.5: Reflection of Pulses at a Boundary Between Two Media
    • 12.6: Properties of Continuous Waves (5)
    • 12.7: Sound (1)
    • 12.8: Beats (2)
    • 12.9: The Doppler Effect (7)
    • 12.10: Summary

  • Chapter 13: Standing Waves
    • 13.1: Standing Wave on a String (3)
    • 13.2: Reflection of Sound in an Air Column
    • 13.3: Longitudinal Standing Waves: Open–Open Tube (2)
    • 13.4: Longitudinal Standing Waves: Open–Closed Tube (7)
    • 13.5: Summary

  • Chapter 14: Thermal Physics
    • 14.1: Temperature (8)
    • 14.2: Thermal Expansion (11)
    • 14.3: Specific Heat (14)
    • 14.4: Latent Heats (17)
    • 14.5: Summary

  • Chapter 15: Thermodynamics
    • 15.1: The Kinetic Theory of Gases
    • 15.2: The Ideal Gas Law (14)
    • 15.3: Thermodynamics (10)
    • 15.4: Specific Heats of a Gas (7)
    • 15.5: Summary

  • Chapter 16: Electric Forces and Fields
    • 16.1: Charge (12)
    • 16.2: Coulomb's Law (12)
    • 16.3: Induction and Polarization
    • 16.4: Electric Fields (15)
    • 16.5: Superposition (11)
    • 16.6: Electric Field Lines (3)
    • 16.7: Uniformly Charged Sheets (1)
    • 16.8: Charged Conducting Plates
    • 16.9: Electric Flux and Gauss's Law
    • 16.10: Using Gauss's Law
    • 16.11: Summary

  • Chapter 17: Voltage
    • 17.1: The Gravitational Potential
    • 17.2: Electric Potential Energy and Voltage (11)
    • 17.3: Uniformly Charged Parallel Plates (10)
    • 17.4: Equipotential Surfaces (2)
    • 17.5: Capacitance (3)
    • 17.6: Polarization and Dielectrics (3)
    • 17.7: Energy in a Capacitor
    • 17.8: Summary

  • Chapter 18: Circuits
    • 18.1: Currents and Wires (7)
    • 18.2: Batteries (1)
    • 18.3: Resistors and Light Bulbs (4)
    • 18.4: Energy and Power in Circuit Elements (17)
    • 18.5: Circuits (2)
    • 18.6: Experiments with Batteries and Light Bulbs
    • 18.7: Equivalent Resistance (16)
    • 18.8: Kirchhoff's Laws (9)
    • 18.9: RC Circuits
    • 18.10: Summary

  • Chapter 19: Magnetic Forces and Fields
    • 19.1: Magnetic Poles
    • 19.2: Magnetic Fields
    • 19.3: Magnetic Force on a Charged Particle (17)
    • 19.4: Magnetic Force on a Current-Carrying Wire (18)
    • 19.5: Magnetic Field Due to a Wire
    • 19.6: Loops and Solenoids
    • 19.7: Calculating the Magnetic Field (7)
    • 19.8: Ampère's Law
    • 19.9: Magnetic Polarization and Refrigerator Magnets
    • 19.10: Summary

  • Chapter 20: Induction
    • 20.1: Faraday's Law (8)
    • 20.2: Lenz's Law (8)
    • 20.3: Inductors (2)
    • 20.4: Induced Magnetic Fields
    • 20.5: Maxwell's Equations
    • 20.6: Summary

  • Chapter 21: Light and Electromagnetic Waves
    • 21.1: Electromagnetic Waves (5)
    • 21.2: The Electromagnetic Spectrum (12)
    • 21.3: Huygens' Principle
    • 21.4: Reflection (8)
    • 21.5: Refraction (26)
    • 21.6: Energy in Electromagnetic Waves
    • 21.7: Summary

  • Chapter 22: Geometrical Optics
    • 22.1: Spherical Waves and Curvature
    • 22.2: Thin Lenses (3)
    • 22.3: Ray Tracing and Image Size (7)
    • 22.4: Spherical Mirrors (10)
    • 22.5: Combining Optical Elements
    • 22.6: Optical Instruments (36)
    • 22.7: Summary

  • Chapter 23: Wave Optics
    • 23.1: Double-Slit Interference (18)
    • 23.2: Gratings (4)
    • 23.3: Diffraction (12)
    • 23.4: Resolution (5)
    • 23.5: Thin Films (6)
    • 23.6: Polarization (7)
    • 23.7: Summary

  • Chapter 24: Special Relativity
    • 24.1: The Two Principles of Relativity
    • 24.2: The Three Effects (8)
    • 24.3: Applications and Paradoxes
    • 24.4: Relative Velocity (Again) (2)
    • 24.5: Relativistic Mechanics (12)
    • 24.6: Summary

  • Chapter 25: Atomic Physics and Quantum Mechanics
    • 25.1: Photons (12)
    • 25.2: Atomic Physics (5)
    • 25.3: Quantum Mechanics (11)
    • 25.4: Spin
    • 25.5: The Exclusion Principle (4)
    • 25.6: Summary

  • Chapter 26: Nuclear and Particle Physics
    • 26.1: Nuclear Forces
    • 26.2: Nuclear Reactions (13)
    • 26.3: Reaction Rates and Half-Lives (3)
    • 26.4: Elementary Particles (10)
    • 26.5: Fundamental Forces (7)
    • 26.6: Epilogue
    • 26.7: Summary


WebAssign is pleased to support College Physics: Putting It All Together, 1st edition, by Ron Hellings, Jeff Adams,and Greg Francis, published by University Science Books. Adopters of College Physics: Putting It All Together will have access to WebAssign's exclusive collection of questions, developed by expert physics educators with years of teaching experience. The questions link to the appropriate sections in an optional eBook.

The current Physics Question Collection features:
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Group Quantity Questions
Chapter 1: Introduction
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Chapter 2: One-Dimensional Kinematics
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Chapter 3: Vectors
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Chapter 4: Two-Dimensional Kinematics
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Chapter 5: Newton's Laws
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Chapter 6: Forces
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Chapter 7: Energy
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Chapter 8: Momentum
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Chapter 9: Rotational Dynamics
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Chapter 10: Pressure and Fluids
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Chapter 11: Simple Harmonic Motion
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Chapter 12: Pulses and Waves
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Chapter 13: Standing Waves
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Chapter 14: Thermal Physics
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Chapter 15: Thermodynamics
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Chapter 16: Electric Forces and Fields
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Chapter 17: Voltage
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Chapter 18: Circuits
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Chapter 19: Magnetic Forces and Fields
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Chapter 20: Induction
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Chapter 21: Light and Electromagnetic Waves
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Chapter 22: Geometrical Optics
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Chapter 23: Wave Optics
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Chapter 24: Special Relativity
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Chapter 25: Atomic Physics and Quantum Mechanics
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Chapter 26: Nuclear and Particle Physics
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