Physics: An Algebra-Based Approach 1st edition

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Ernie McFarland, Alan J. Hirsch, and Joanne M. O'Meara
Publisher: Nelson Education, Ltd.

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  • Chapter 1: Measurement and Types of Quantities
    • 1.1: The Importance of Measurement (1)
    • 1.2: Metric Units, Prefixes, and Conversions (6)
    • 1.3 Dimensional Analysis (3)
    • 1.4: Significant Digits (23)
    • 1.5: Scalars and Vectors
    • 1: Multiple-Choice Questions
    • 1: Review Questions and Problems
    • 1: Applying Your Knowledge

  • Chapter 2: One-Dimensional Kinematics
    • 2.1: Distance and Speed
    • 2.2: Position, Displacement, and Velocity (12)
    • 2.4: Acceleration (4)
    • 2.4: Solving Constant-Acceleration Problems (17)
    • 2.5: Acceleration Due to Gravity (13)
    • 2: Multiple-Choice Questions
    • 2: Review Questions and Problems
    • 2: Applying Your Knowledge

  • Chapter 3: Vectors and Trigonometry
    • 3.1: General Properties of Vectors (5)
    • 3.2: Adding and Subtracting Vectors Using Scale Diagrams (1)
    • 3.3: Trigonometry (4)
    • 3.4: Adding and Subtracting Vectors Using Components (21)
    • 3: Multiple-Choice Questions
    • 3: Review Questions and Problems
    • 3: Applying Your Knowledge

  • Chapter 4: Two-Dimensional Kinematics
    • 4.1: Displacement and Velocity in Two Dimensions (6)
    • 4.2: Acceleration in Two Dimensions (5)
    • 4.3: Introduction to Projectile Motion
    • 4.4: Solving Projectile Motion Problems (16)
    • 4.5: Uniform Circular Motion (4)
    • 4.6: Frames of Reference and Relative Velocity (4)
    • 4: Multiple-Choice Questions
    • 4: Review Questions and Problems
    • 4: Applying Your Knowledge

  • Chapter 5: Newton's Laws of Motion
    • 5.1: Gravity, Normal Force, Friction, and Tension (3)
    • 5.2: Adding Forces (2)
    • 5.3: Newton's Second Law of Motion (9)
    • 5.4: Newton's First Law of Motion (1)
    • 5.5: Solving Problems Using Newton's First and Second Laws (7)
    • 5.6: More Problem-Solving
    • 5.7: Newton's Third Law of Motion (43)
    • 5.8: The Fundamental Forces (1)
    • 5: Multiple-Choice Questions
    • 5: Review Questions and Problems
    • 5: Applying Your Knowledge

  • Chapter 6: Applying Newton's Laws
    • 6.1: Static and Kinetic Friction (25)
    • 6.2: Forces in Circular Motion (14)
    • 6.3: Centrifugal "Force" (7)
    • 6: Multiple-Choice Questions
    • 6: Review Questions and Problems
    • 6: Applying Your Knowledge

  • Chapter 7: Work, Energy, and Power
    • 7.1: Work Done by a Constant Force (7)
    • 7.2: Kinetic Energy and the Work-Energy Theorem (6)
    • 7.3: Gravitational Potential Energy (5)
    • 7.4: Law of Conservation of Energy (20)
    • 7.5: Work Done by Friction (9)
    • 7.6: Other Types of Energy (2)
    • 7.7: Power (5)
    • 7.8: Efficiency of Energy Conversions (11)
    • 7: Multiple-Choice Questions
    • 7: Review Questions and Problems
    • 7: Applying Your Knowledge

  • Chapter 8: Momentum and Collisions
    • 8.1: Momentum (9)
    • 8.2: Conservation of Momentum in One Dimension (20)
    • 8.3: Elastic and Inelastic Collisions (21)
    • 8.4: Conservation of Momentum in Two Dimensions (6)
    • 8: Multiple-Choice Questions
    • 8: Review Questions and Problems
    • 8: Applying Your Knowledge

  • Chapter 9: Gravitation
    • 9.1: Law of Universal Gravitation (8)
    • 9.2: Gravity Due to Planets and Stars (3)
    • 9.3: Gravitational Field (12)
    • 9.4: Orbits, Kepler's Laws, and Weightlessness (10)
    • 9.5: Gravitational Potential Energy in General (8)
    • 9: Multiple-Choice Questions
    • 9: Review Questions and Problems
    • 9: Applying Your Knowledge

  • Chapter 10: Rotational Motion
    • 10.1: Rotational Kinematics (8)
    • 10.2: Relations between Rotational and Linear Quantities (29)
    • 10.3: Rotational Kinetic Energy and Moment of Inertia (14)
    • 10.4: Torque and Newton's Second Law for Rotation (29)
    • 10.5: Angular Momentum (19)
    • 10: Multiple-Choice Questions
    • 10: Review Questions and Problems
    • 10: Applying Your Knowledge

  • Chapter 11: Statics, Stability, and Elasticity
    • 11.1: Centre of Mass (6)
    • 11.2: Static Equilibrium (19)
    • 11.3: Stability (2)
    • 11.4: Stress and Strain; Elasticity (14)
    • 11.5: Shear and Bulk Stress and Strain; Architecture (12)
    • 11: Multiple-Choice Questions
    • 11: Review Questions and Problems
    • 11: Applying Your Knowledge

  • Chapter 12: Fluid Statics and Dynamics
    • 12.1: Properties of Fluids (17)
    • 12.2: Pascal's Principle; Pressure in the Atmosphere (13)
    • 12.3: Surface Tension (6)
    • 12.4: Buoyancy and Archimedes' Principle (11)
    • 12.5: Fluid Dynamics (27)
    • 12.6: Viscosity (20)
    • 12: Multiple-Choice Questions
    • 12: Review Questions and Problems
    • 12: Applying Your Knowledge

  • Chapter 13: Oscillations and Waves
    • 13.1: Oscillations and Simple Harmonic Motion (16)
    • 13.2: The Simple Pendulum (9)
    • 13.3: The Sinusoidal Nature of Simple Harmonic Motion (16)
    • 13.4: Energy in Simple Harmonic Motion; Damping; Resonance (8)
    • 13.5: Energy Transfer with Waves
    • 13.6: Periodic Waves (15)
    • 13.7: Interference of Waves (7)
    • 13.8: Diffraction of Waves
    • 13: Multiple-Choice Questions
    • 13: Review Questions and Problems
    • 13: Applying Your Knowledge

  • Chapter 14: Sound and Music
    • 14.1: The Nature of Sound (11)
    • 14.2: Hearing and the Intensity of Sound (16)
    • 14.3: Infrasonics, Ultrasonics, and Echolocation (9)
    • 14.4: The Doppler Effect and Subsonic and Supersonic Speeds in Sound (17)
    • 14.5: Diffraction, Interference, and Resonance in Sound (3)
    • 14.6: Tonal Quality (2)
    • 14.7: Musical Scales (6)
    • 14.8: Musical Instruments and Resonance in Stringed and Wind Instruments (13)
    • 14.9: Acoustics (3)
    • 14: Multiple-Choice Questions
    • 14: Review Questions and Problems
    • 14: Applying Your Knowledge

  • Chapter 15: Reflection, Refraction, and Dispersion of Light
    • 15.1: Sources and Propagation of Light (6)
    • 15.2: Mirrors and Their Images (19)
    • 15.3: Refraction and Dispersion of Light (17)
    • 15.4: Total Internal Reflection (18)
    • 15.5: Lenses and Their Images (13)
    • 15: Multiple-Choice Questions
    • 15: Review Questions and Problems
    • 15: Applying Your Knowledge

  • Chapter 16: Wave Optics
    • 16.1: Diffraction of Light and Huygens' Principle
    • 16.2: Double-Slit Interference of Light (20)
    • 16.3: Single-Slit Diffraction and Resolution (15)
    • 16.4: Diffraction Gratings and Spectroscopy (7)
    • 16.5: Thin-Film Interference (10)
    • 16.6: The Electromagnetic Spectrum (13)
    • 16.7: Polarization of Light (11)
    • 16: Multiple-Choice Questions
    • 16: Review Questions and Problems
    • 16: Applying Your Knowledge

  • Chapter 17: Optical Instruments
    • 17.1: The Human Eye and Vision
    • 17.2: Vision Defects and Their Corrections (25)
    • 17.3: The Simple Magnifier (16)
    • 17.4: The Compound Light Microscope (13)
    • 17.5: Telescopes (18)
    • 17.6: Cameras and Photography (6)
    • 17.7: Lasers and Holography (2)
    • 17: Multiple-Choice Questions
    • 17: Review Questions and Problems
    • 17: Applying Your Knowledge

  • Chapter 18: Heat and Thermodynamics
    • 18.1: Temperature and Internal Energy (30)
    • 18.2: Heat, Specific Heat, and Latent Heat (36)
    • 18.3: Thermal Expansion (13)
    • 18.4: Energy Transfer (25)
    • 18.5: First and Second Laws of Thermodynamics (30)
    • 18.6: Refrigerators, Air Conditioners, and Heat Pumps (10)
    • 18: Multiple-Choice Questions
    • 18: Review Questions and Problems
    • 18: Applying Your Knowledge

  • Chapter 19: Electric Charge and Electric Field
    • 19.1: Electric Charge and Atoms (8)
    • 19.2: Transfer of Electric Charge (1)
    • 19.3: Conductors and Insulators (8)
    • 19.4: Coulomb's Law (14)
    • 19.5: Electric Field (20)
    • 19.6: Electric Field Lines (21)
    • 19: Multiple-Choice Questions
    • 19: Review Questions and Problems
    • 19: Applying Your Knowledge

  • Chapter 20: Electric Potential Energy, Electric Potential, and Current
    • 20.1: Electric Potential Energy in a Uniform Electric Field (3)
    • 20.2: Electric Potential Energy of Point Charges (4)
    • 20.3: Electric Potential (12)
    • 20.4: Relating Electric Potential and Electric Field (29)
    • 20.5: Electric Current (16)
    • 20: Multiple-Choice Questions
    • 20: Review Questions and Problems
    • 20: Applying Your Knowledge

  • Chapter 21: Electrical Resistance and Circuits
    • 21.1: Electrical Resistance and Ohm's Law (16)
    • 21.2: Batteries and Electrical Circuits (3)
    • 21.3: Resistors in Series and Parallel (14)
    • 21.4: Electrical Energy and Power (25)
    • 21.5: AC Circuits (20)
    • 21: Multiple-Choice Questions
    • 21: Review Questions and Problems
    • 21: Applying Your Knowledge

  • Chapter 22: Magnetism
    • 22.1: Magnetic Fields (1)
    • 22.2: Magnetic Fields Due to Currents (4)
    • 22.3: Magnetic Force on a Charged Particle (21)
    • 22.4: Magnetic Force on a Current-Carrying Conductor (47)
    • 22: Multiple-Choice Questions
    • 22: Review Questions and Problems
    • 22: Applying Your Knowledge

  • Chapter 23: Electromagnetic Induction
    • 23.1: Producing an Electric Current with a Magnetic Field (4)
    • 23.2: Lenz's Law (7)
    • 23.3: Electric Generators (2)
    • 23.4: Transformers (6)
    • 23.5: Magnetic Flux (23)
    • 23: Multiple-Choice Questions
    • 23: Review Questions and Problems
    • 23: Applying Your Knowledge

  • Chapter 24: Nuclear Physics: Theory and Medical Applications
    • 24.1: Structure of Nuclei (7)
    • 24.2: Radioactivity and Decay (5)
    • 24.3: Characteristics of Radioactive Decay (4)
    • 24.4: Nuclear Fission and Fusion (7)
    • 24.5: Interactions Between Radiation and Matter (6)
    • 24.6: Medical Applications (2)
    • 24: Multiple-Choice Questions
    • 24: Review Questions and Problems
    • 24: Applying Your Knowledge


Based on the latest findings from physics education research, Physics: An Algebra-Based Approach, written by Ernie McFarland, Alan J. Hirsch, and Joanne M. O'Meara, focuses on student understanding through the use of engaging real-life applications, unique Fermi problems, conceptual examples, free body diagrams in mechanics, and concept fixes based on research into common student misconceptions. The WebAssign component for this text includes question-level links to an interactive eBook.

In addition to questions taken directly from this textbook, WebAssign offers an additional set of more than 1200 correlated questions covering every concept in the course, authored by experienced physics instructors.

Additional content features:
  • Answer feedback for every question part, designed specifically to address student misconceptions.
  • Multi-part tutorials for key concepts that reinforce problem-solving skills and conceptual understanding.
  • Detailed stepped-out solutions for every question, available at the instructor's discretion.

Questions Available within WebAssign

Most questions from this textbook are available in WebAssign. The online questions are identical to the textbook questions except for minor wording changes necessary for Web use. Whenever possible, variables, numbers, or words have been randomized so that each student receives a unique version of the question. This list is updated nightly.

Question Availability Color Key
BLACK questions are available now
GRAY questions are under development


Group Quantity Questions
Chapter 1: Measurement and Types of Quantities
1.1 1 003
1.2 6 WA.001 WA.002 WA.003 WA.004 WA.005 WA.006
1.3 3 021 022 023
1.4 23 WA.007 WA.008 WA.009 WA.010 WA.011 WA.012 WA.013 WA.014 WA.015 WA.016 WA.017 WA.018 WA.019 WA.020 WA.021 WA.022 WA.023 WA.024 WA.025 WA.026 WA.027 WA.028 WA.029
Chapter 2: One-Dimensional Kinematics
2.2 12 WA.001 WA.001.rev WA.002 WA.003 WA.004 WA.005 WA.006 WA.007 WA.008 WA.009 WA.010 WA.011
2.3 4 WA.012 WA.013 WA.014 WA.015
2.4 17 WA.016.Tutorial WA.017 WA.018 WA.019 WA.020 WA.021 WA.022 WA.023 WA.024 WA.025 WA.026 WA.027 WA.028 WA.029.Tutorial WA.030 WA.031 WA.032
2.5 13 WA.033.Tutorial WA.034 WA.035 WA.036 WA.037 WA.038 WA.039 WA.040 WA.041 WA.042.Tutorial WA.043 WA.044 WA.045
Chapter 3: Vectors and Trigonometry
3.1 5 WA.001 WA.002 WA.003 001 004
3.2 1 WA.004
3.3 4 WA.005 WA.006 WA.007 WA.008
3.4 21 WA.009 WA.010 WA.011 WA.012 WA.013 WA.014 WA.015 WA.016 WA.017 WA.018 WA.019 WA.020.Tutorial WA.021 WA.022 WA.023 WA.024 WA.025 WA.026 WA.027 WA.028 014
Chapter 4: Two-Dimensional Kinematics
4.1 6 WA.001.Tutorial WA.002 WA.003 WA.004 WA.005 WA.006
4.2 5 WA.007 WA.008 WA.009 WA.010 002
4.4 16 WA.011.Tutorial WA.012 WA.013 WA.014 WA.015 WA.016 WA.017 WA.018 WA.019 WA.020 WA.021 WA.022 WA.025 WA.027.Tutorial WA.028 WA.029
4.5 4 WA.030.Tutorial WA.032 WA.033 029
4.6 4 038 039 041 043
Chapter 5: Newton's Laws of Motion
5.1 3 WA.001 WA.002 WA.003
5.2 2 WA.004 WA.005
5.3 9 WA.006 WA.007 WA.008 WA.009 WA.010 WA.011 WA.012 WA.013 WA.014
5.4 1 031
5.5 7 WA.015.Tutorial WA.016 WA.017 WA.018 WA.019 WA.020 WA.021
5.7 43 WA.047 WA.048 WA.049 WA.050 WA.051 WA.052.Tutorial WA.053 WA.054.Tutorial WA.055 WA.056 WA.057 WA.058 WA.059 WA.060 WA.061 WA.062.Tutorial WA.063 WA.064 WA.065 WA.066 WA.067 WA.068 WA.069 WA.070 WA.071 WA.072 WA.073 WA.074 WA.075 WA.076 WA.077 WA.078 WA.079 WA.080 WA.081 WA.082 WA.083 WA.084 WA.085.Tutorial WA.086 WA.087 WA.088 WA.089
5.8 1 075
Chapter 6: Applying Newton's Laws
6.1 25 WA.001 WA.002 WA.003 WA.004 WA.005 WA.006 WA.007 WA.008 WA.009 WA.010 WA.011 WA.012.Tutorial WA.013 WA.014 WA.015 WA.016 WA.017 WA.018 WA.019 WA.020.Tutorial WA.021 WA.022 WA.023 WA.024 WA.025
6.2 14 WA.029 WA.030 WA.031 WA.034 WA.035.Tutorial WA.036 WA.037 WA.038 WA.039 WA.040 WA.041 WA.042 WA.045.Tutorial WA.046
6.3 7 WA.048 WA.049 WA.050 WA.051 WA.052 WA.053.Tutorial WA.054
Chapter 7: Work, Energy, and Power
7.1 7 WA.001.Tutorial WA.002 WA.003 WA.004 WA.005 WA.006 048
7.2 6 WA.007 WA.008 WA.009 WA.010 WA.011 WA.012
7.3 5 WA.013 WA.014 WA.015 WA.016 WA.017
7.4 20 WA.018.Tutorial WA.019.Tutorial WA.020 WA.021 WA.022 WA.023 WA.024 WA.025 WA.026 WA.027 WA.028 WA.029 WA.030 WA.031 WA.032 WA.033 WA.034 WA.035 WA.036 WA.037
7.5 9 WA.038.Tutorial WA.039 WA.040 WA.041 WA.042 WA.043 WA.044 WA.045 WA.046
7.6 2 057 059
7.7 5 WA.055 WA.056 WA.057 WA.058 WA.059
7.8 11 WA.060 WA.061 WA.062 WA.063 WA.064 WA.065 WA.066 WA.067 WA.068 WA.069 WA.070
Chapter 8: Momentum and Collisions
8.1 9 WA.001 WA.002 WA.003 WA.004 WA.005 WA.006 WA.007 WA.008 WA.009
8.2 20 WA.010 WA.011 WA.012 WA.013 WA.014 WA.015 WA.016.Tutorial WA.017 WA.018 WA.019.Tutorial WA.020 WA.021 WA.022 WA.023 WA.024 WA.025 WA.026 WA.027 WA.028 WA.029
8.3 21 WA.030 WA.031.Tutorial WA.032 WA.033 WA.034 WA.035 WA.036 WA.037 WA.038 WA.039.Tutorial WA.040 WA.041 WA.042 WA.043 WA.044 WA.045 WA.046 WA.047 WA.048 WA.049 WA.050
8.4 6 WA.051 WA.052 WA.053 WA.054 WA.055 WA.056
Chapter 9: Gravitation
9.1 8 WA.001 WA.002 WA.003 WA.004 WA.005 WA.006 WA.007 WA.008
9.2 3 WA.009 WA.010 WA.011
9.3 12 009 010 011 012 013 014 016 018 019 020 021 022
9.4 10 WA.012.Tutorial WA.013 WA.014 WA.015 WA.016.Tutorial WA.017 WA.018 WA.019 WA.020 WA.021.Tutorial
9.5 8 045 046 047 048 049 050 081 083
Chapter 10: Rotational Motion
10.1 8 WA.001 WA.002 007 008 009 010 011 012
10.2 29 WA.003 WA.004 WA.005 WA.006 WA.007 WA.008 WA.009 WA.010.Tutorial WA.011 WA.012 WA.013 WA.014 WA.015 WA.016 WA.017 WA.018 WA.019 WA.020 WA.021 WA.022 WA.023 WA.024 WA.025 WA.026 WA.027 WA.028 WA.032 WA.033 WA.037
10.3 14 WA.053 WA.054 WA.055 WA.056 WA.057 WA.058 WA.059 WA.060.Tutorial WA.061 WA.062 WA.063 WA.064 WA.065 WA.066
10.4 29 WA.067 WA.068 WA.069.Tutorial WA.070 WA.071 WA.072 WA.073 WA.074 WA.075 WA.076 WA.077 WA.078 WA.079 WA.080 WA.081 WA.082 WA.083 WA.084 WA.085 WA.086 WA.087 WA.088 WA.089 WA.090 WA.091 WA.092 WA.093 WA.094 WA.095
10.5 19 WA.096 WA.097 WA.098 WA.099 WA.100.Tutorial WA.101 WA.102 WA.103 WA.104 WA.105 WA.106.Tutorial WA.107 WA.108 WA.109 WA.110 WA.111 WA.112.Tutorial WA.113 WA.114
Chapter 11: Statics, Stability, and Elasticity
11.1 6 WA.001.Tutorial WA.002 WA.003 WA.004 WA.005 WA.006
11.2 19 WA.007 WA.008 WA.009.Tutorial WA.010.Tutorial WA.011 WA.012 WA.013 WA.014 WA.015 WA.016 WA.017 WA.018 WA.019 WA.020 WA.021 WA.022 WA.023 WA.024 WA.025
11.3 2 019 021
11.4 14 WA.026 WA.027 WA.028 WA.029 WA.030 WA.031 WA.032 WA.033 WA.034 WA.035.Tutorial WA.036 WA.037 WA.038 WA.039
11.5 12 WA.040 WA.041 WA.042 WA.043 WA.044 WA.045 WA.046 WA.047 WA.048 WA.049 029 030
Chapter 12: Fluid Statics and Dynamics
12.1 17 WA.001 WA.002.Tutorial WA.003 WA.004 WA.005 WA.006 WA.007 WA.008 WA.009 WA.010 WA.011 WA.012 WA.013 048 054 055 056
12.2 13 WA.014 WA.015 WA.016 WA.017 WA.018.Tutorial WA.019 WA.020 WA.021 WA.022 WA.023 016 017 020
12.3 6 WA.024.Tutorial WA.025 WA.026 WA.027 WA.028 WA.029
12.4 11 WA.030.Tutorial WA.031 WA.032 WA.033 WA.034 WA.035 WA.036 WA.037 WA.038 WA.039 WA.040
12.5 27 WA.041.Tutorial WA.042 WA.043 WA.044 WA.045 WA.046 WA.047 WA.048 WA.049 WA.050 WA.051 WA.052.Tutorial WA.053 WA.054 WA.055 WA.056 WA.057 WA.058 WA.059 WA.060 WA.061 WA.062 WA.063 WA.064 WA.065 WA.066 WA.067
12.6 20 WA.068.Tutorial WA.069 WA.070 WA.071 WA.072 WA.073 WA.074.Tutorial WA.075 WA.076 WA.077 WA.078 WA.079 WA.080 WA.081 WA.082 WA.083 WA.084 WA.085.Tutorial WA.086 WA.087
Chapter 13: Oscillations and Waves
13.1 16 WA.001.Tutorial WA.002 WA.003 WA.004 WA.005 WA.006 WA.008 WA.009 WA.010 WA.011 WA.012 WA.014 WA.015 WA.016 WA.017 WA.018
13.2 9 WA.031.Tutorial WA.032 WA.033 WA.034 WA.035 WA.036 010 011 012
13.3 16 WA.037.Tutorial WA.038 WA.039 WA.040 WA.041 WA.042 WA.043 WA.044 WA.045 WA.046 WA.047 013 014 015 016 017
13.4 8 WA.007 WA.013.Tutorial WA.055.Tutorial WA.056 WA.057 WA.058 WA.059 WA.060
13.6 15 WA.019.Tutorial WA.020 WA.021 WA.022 WA.023 WA.024 035 036 037 038 039 040 041 042 043
13.7 7 WA.048 WA.049.Tutorial WA.050 WA.051 WA.052 WA.053 WA.054
Chapter 14: Sound and Music
14.1 11 WA.001.Tutorial WA.002 WA.003 WA.004 WA.005 WA.006 WA.007 WA.008 004 010 012
14.2 16 WA.009.Tutorial WA.010 WA.011 WA.012 WA.013 WA.014 WA.015 WA.016 WA.017 WA.018 WA.019 WA.020 WA.021 020 021 024
14.3 9 WA.022.Tutorial WA.023 WA.024 WA.025 WA.026 WA.027 027 028 029
14.4 17 WA.028.Tutorial WA.029 WA.030 WA.031 WA.032 WA.033 WA.034 WA.035 WA.036 WA.037 WA.038 WA.039 036 037 039 040 044
14.5 3 WA.041 WA.042 WA.043
14.6 2 052 053
14.7 6 019 055 056 057 058 059
14.8 13 WA.040.Tutorial WA.044 WA.045 WA.046 WA.047 WA.048 WA.049 WA.050 WA.051 WA.052 061 063 064
14.9 3 075 078 111
Chapter 15: Reflection, Refraction, and Dispersion of Light
15.1 6 WA.001 WA.003 WA.004 004 006 008
15.2 19 WA.022.Tutorial WA.023 WA.024 WA.025 WA.026 WA.027 WA.028 WA.029 WA.030 WA.071.Tutorial WA.073 WA.074 WA.075 WA.076 WA.077 WA.078 WA.079 WA.080 WA.081
15.3 17 WA.031.Tutorial WA.032 WA.034 WA.035 WA.036 WA.037 WA.038 WA.039 WA.040 WA.041 026 028 030 031 035 037 038
15.4 18 WA.042.Tutorial WA.043 WA.044 WA.045 WA.046 WA.047 WA.048 WA.049 WA.050 WA.051 WA.052.Tutorial WA.053 WA.054 WA.055 WA.056 WA.057 WA.058 WA.059
15.5 13 WA.060.Tutorial WA.062 WA.063 WA.064 WA.065 WA.066 WA.067 WA.068 WA.069 WA.070 061 064 065
Chapter 16: Wave Optics
16.2 20 WA.001 WA.002 WA.003 WA.004 WA.005 WA.006 WA.007 WA.008 WA.009 WA.010 WA.011 WA.012 WA.013 WA.014 WA.015.Tutorial WA.016 WA.017 WA.018 WA.019 WA.020
16.3 15 WA.021 WA.022 WA.023 WA.024 WA.025 WA.026 WA.027 WA.028 WA.029 WA.030 WA.031 WA.032.Tutorial WA.033 017 021
16.4 7 WA.034 WA.035 WA.036 WA.037 026 027 030
16.5 10 WA.038 WA.039 WA.040 WA.041.Tutorial WA.042 WA.043 WA.044 036 037 040
16.6 13 WA.006 WA.007 WA.008 WA.009 WA.011 WA.012 WA.013 WA.017 WA.018 WA.019 WA.020 WA.021 WA.021.Tutorial
16.7 11 WA.045 WA.046 WA.047 WA.048.Tutorial WA.049 WA.050 WA.051 WA.052 WA.053 WA.054 WA.055
Chapter 17: Optical Instruments
17.2 25 WA.002 WA.003 WA.004 WA.005 WA.006 WA.007 WA.008 WA.009 WA.010 WA.011 WA.012 WA.013 WA.014.Tutorial WA.015 WA.016 WA.017 WA.018 WA.019 WA.020 WA.021 WA.022 WA.023 WA.024 WA.025 WA.026
17.3 16 004 005 006 007 008 009 010 011 012 013 014 015 016 017 018 019
17.4 13 WA.027.Tutorial WA.028 WA.029 WA.030 WA.031 WA.032 WA.033 WA.034 WA.035 WA.036 WA.037 WA.038 WA.039
17.5 18 WA.040.Tutorial WA.041 WA.042 WA.043 WA.044 WA.045 WA.046 WA.047 WA.048 WA.049 WA.050 WA.051 WA.052 WA.053 WA.054 025 026 027
17.6 6 029 030 031 032 033 034
17.7 2 037 038
Chapter 18: Heat and Thermodynamics
18.1 30 WA.001 WA.002 WA.003 WA.004.Tutorial WA.005 WA.006 WA.007 WA.009 WA.010 WA.011 WA.012 WA.013 WA.014 WA.015 WA.017 WA.018.Tutorial WA.019 WA.020 WA.021 WA.022 WA.023 WA.024.Tutorial WA.025 WA.026 WA.027 001 002 003 004 005
18.2 36 WA.028 WA.029 WA.030 WA.031 WA.032 WA.033 WA.034.Tutorial WA.035 WA.036 WA.037 WA.038 WA.039 WA.040 WA.041 WA.042 WA.043 WA.044 WA.045 WA.046 WA.047 WA.048 WA.049 WA.050 WA.051 WA.052 WA.053 WA.054 WA.055 WA.056.Tutorial WA.057 WA.058 WA.059 007 008 009 010
18.3 13 WA.026 WA.027 WA.028 WA.029 WA.030 WA.031 WA.032 WA.033 WA.034 WA.035 WA.036 WA.037.Tutorial WA.038
18.4 25 WA.060 WA.061 WA.062 WA.063 WA.064 WA.065.Tutorial WA.066 WA.067 WA.068 WA.069 WA.070 WA.071.Tutorial WA.072 WA.073 WA.074 WA.075 WA.076 WA.077.Tutorial WA.078 WA.079 018 019 020 021 022
18.5 30 WA.080 WA.081 WA.082 WA.083 WA.084 WA.085.Tutorial WA.092 WA.093 WA.099 WA.100 WA.101.Tutorial WA.102 WA.103 WA.104 WA.105 WA.106 WA.107.Tutorial WA.108 WA.109 WA.116 WA.117 WA.118.Tutorial WA.119 WA.120 WA.121 WA.122 WA.123 023 024 026
18.6 10 WA.110 WA.111 WA.112 WA.113 WA.114 WA.115.Tutorial 028 029 030 031
Chapter 19: Electric Charge and Electric Field
19.1 8 WA.001 WA.002 WA.003 WA.004 WA.005 WA.006 WA.007 001
19.2 1 004
19.3 8 WA.008 WA.009 WA.010 WA.011 WA.012 WA.013 009 010
19.4 14 WA.014.Tutorial WA.015 WA.016 WA.017 WA.018 WA.019 WA.020 WA.021 WA.022 WA.023.Tutorial WA.024 WA.025 WA.026 WA.027
19.5 20 WA.028 WA.029 WA.030 WA.031 WA.032 WA.033 WA.034 WA.035 WA.036 WA.037 WA.038 WA.039 WA.040 WA.041 034 035 036 037 038 040
19.6 21 WA.042.Tutorial WA.043 WA.044 WA.045 WA.046 WA.047 WA.048 WA.049 WA.050 WA.051 WA.052 WA.053 WA.054 WA.055 WA.056.Tutorial WA.057 WA.058 WA.059.Tutorial WA.060 046 049
Chapter 20: Electric Potential Energy, Electric Potential, and Current
20.1 3 004 006 007
20.2 4 014 015 017 018
20.3 12 WA.001 WA.002 WA.003 WA.004.Tutorial WA.005 WA.006 WA.007 WA.008 WA.009 WA.010 019 020
20.4 29 WA.011 WA.012 WA.013 WA.014 WA.015 WA.016 WA.017 WA.019.Tutorial WA.020 WA.021 WA.022 WA.023 WA.024 WA.025 WA.026 WA.027 WA.028 WA.029.Tutorial WA.030 WA.031 WA.032 WA.033.Tutorial WA.034 WA.035 WA.036 WA.037 031 037 038
20.5 16 WA.038 WA.039 WA.040 WA.041 WA.042 WA.043 WA.044.Tutorial WA.045 WA.046 WA.047 042 043 044 046 047 049
Chapter 21: Electrical Resistance and Circuits
21.1 16 WA.001 WA.002 WA.003 WA.004 WA.005 WA.006 WA.007.Tutorial WA.008 WA.009 WA.010.Tutorial WA.011 WA.012 WA.013 008 010 011
21.2 3 014 015 016
21.3 14 WA.021 WA.022 WA.023 WA.024 WA.025 WA.026 WA.027 WA.028.Tutorial WA.029 WA.030 WA.031 WA.032 WA.037 WA.038
21.4 25 WA.033 WA.034 WA.035.Tutorial WA.036 WA.055 WA.056 WA.057 WA.058 WA.059 WA.060 WA.061 WA.062.Tutorial WA.063 WA.064 WA.065 WA.066 WA.067 WA.068 WA.069 031 032 033 034 035 036
21.5 20 WA.089 WA.090 WA.091 WA.092 WA.093 WA.094 WA.095 WA.096 WA.097 WA.098 WA.099 WA.100 WA.101 WA.102 WA.103.Tutorial WA.104 039 042 043 044
Chapter 22: Magnetism
22.1 1 002
22.2 4 WA.001.Tutorial 012 015 018
22.3 21 WA.002.Tutorial WA.003 WA.004 WA.005 WA.006 WA.007 WA.008 WA.009 WA.010 WA.011 WA.012 WA.013 WA.014 WA.015 WA.016 WA.017 WA.018 WA.019 025 026 031
22.4 47 WA.027 WA.028 WA.029 WA.030 WA.031 WA.032 WA.033.Tutorial WA.034 WA.035 WA.036 WA.037 WA.038 WA.039 WA.040 WA.041 WA.042 WA.043.Tutorial WA.044 WA.045 WA.046 WA.047 WA.048 WA.049 WA.050 WA.051 WA.052 WA.053 WA.054 WA.055 WA.056 WA.057 WA.058 WA.059.Tutorial WA.060 WA.061 WA.062 WA.063 WA.064 WA.065 039 040 041 042 043 046 048 051
Chapter 23: Electromagnetic Induction
23.1 4 001 004 005 008
23.2 7 011 012 014 015 016 017 018
23.3 2 019 020
23.4 6 WA.022 WA.023 WA.024 022 025 027
23.5 23 WA.025 WA.026 WA.027 WA.028 WA.029 WA.030 WA.031 WA.032.Tutorial WA.033.Tutorial WA.034 WA.035.Tutorial WA.036 WA.037 WA.038 WA.039 WA.040 WA.041 WA.042 WA.043.Tutorial WA.044 WA.045 034 035
Chapter 24: Nuclear Physics: Theory and Medical Applications
24.1 7 001 003 004 006 009 010 086
24.2 5 013 015 017 021 023
24.3 4 024 029 034 037
24.4 7 WA.002 WA.003 WA.004 WA.005 038 040 042
24.5 6 049 050 051 052 054 055
24.6 2 062 063
Total 1549