1  Measurement

    1-1  What Is Physics?

    1-2  Measuring Things

    1-3  The International System of Units

    1-4  Changing Units

    1-5  Length

    1-6  Time

    1-7  Mass

    Problems

2  Motion

    2-1  What Is Physics?

    2-2  Vectors and Scalars

    2-3  Multiplying Vectors

    2-4  Motion

    2-5  Position and Displacement

    2-6  Average Velocity and Instantaneous Velocity

    2-7  Acceleration

    2-8  Constant Acceleration: A Special Case

    2-9  Graphical Integration in Motion Analysis

    2-10  Projectile Motion

    2-11  Projectile Motion Analyzed

    2-12  Uniform Circular Motion

    2-13  Relative Motion

    Questions

    Problems

3  Force

    3-1  What Is Physics?

    3-2  Newtonian Mechanics

    3-3  Newton's First Law

    3-4  Force

    3-5  Mass

    3-6  Newton's Second Law

    3-7  Newton's Third Law

    3-8  Applying Newton's Laws

    3-9  Some Particular Forces

    3-10  Friction

    3-11  The Drag Force and Terminal Speed

    3-12  Uniform circular Motion

    Questions

    Problems

4  Energy and Work

    4-1  What Is Physics?

    4-2  What Is Energy?

    4-3  Kinetic Energy

    4-4  Work

    4-5  Work and Kinetic Energy

    4-6  Work Done by the Force

    4-7  Power

    4-8  Work and Potential Energy

    4-9  Path Independence of Conservative Forces

    4-10  Determining Potential Energy Values

    4-11  Conservation of Mechanical Energy

    4-12  Work Done on a System by an External Force

    4-13  Conservation of Energy

    Questions

    Problems

5  Center of Mass and Linear Momentum

    5-1  What Is Physics?

    5-2  The Center of Mass

    5-3  Newton's Second Law for a System of Particles

    5-4  Linear Momenttma

    5-5  The Linear Momentum of a System of Particles

    5-6  Collision and Impulse

    5-7  Conservation of Linear Momentum

    5-8  Momentum and Kinetic Energy in Collisions

    5-9  Inelastic Collisions in One Dimension

    5-10  Elastic Collisions in One Dimension

    5-11  Collisions in Two Dimensions

    5-12  Systems with Varying Mass:

    A Rocket

    Questions

    Problems

6  Rotation and Angular Momentum

    6-1  What Is Physics?

    6-2  Equilibrium

    6-3  The Rotational Variables

    6-4  Are Angular Quantities Vectors?

    6-5  Relating the Linear and Angular Variables

    6-6  Kinetic Energy of Rotation

    6-7  Calculating the Rotational Inertia

    6-8  Newton's Second Law for Rotation

    6-9  Work and Rotational Kinetic Energy

    6-10  Rolling as Translation and Rotation Combined

    6-11  The Kinetic Energy of Rolling

    6-12  The Forces of Rolling

    6-13  Torque Revisited

    6-14  Angular Momentum

    6-15  Newton's Second Law in Angular orm

    6-16  The Angular Momentum of a System of Particles

    6-17  The Angular Momentum of a Rigid Body Rotating About a Fixed Axis

    6-18  Precession of a Gyroscope

    Questions

    Problems

7  Gravitation

    7-1  What Is Physics?

    7-2  Newton's Law of Gravitation

    7-3  Gravitation and the Principle of Superposition

    7-4  Gravitation Near Earth's Surface

    7-5  Gravitation Inside Earth

    7-6  Gravitational Potential Energy

    7-7  Planets and Satellites: Kepler's Laws

    7-8  Satellites: Orbits and Energy

    7-9  Einstein and Gravitation

    Questions

    Problems

8  Oscillations

    8-1  What Is Physics?

    8-2  Simple Harmonic Motion

    8-3  The Force Law for Simple Harmonic Motion

    8-4  Energy in Simple Harmonic Motion

    8-5  An Angular Simple Harmonic Oscillator

    8-6  Pendulums

    8-7  Simple Harmonic Motion and Uniform Circular Motion

    8-8  Damped Simple Harmonic Motion

    8-9  Forced Oscillations and Resonance

    Questions

    Problems

9  Waves

    9-1  What Is Physics?

    9-2  Types of Waves

    9-3  Transverse and Longitudinal Waves

    9-4  Wavelength and Frequency

    9-5  The Speed of Wave

    9-6  Energy and Power of a Wave Traveling Along a String