1. Bækur og afþreying
  2. Bækur og kort
  3. Rafbækur
  4. Verkfræði- og náttúruvísindi
  5. Eðlisfræði

Applied Physics

Rafræn bók. Uppl. sendar á netfangið þitt eftir kaup
Rafbók til eignar. Rafbók til eignar þarf að hlaða niður á þau tæki sem þú vilt nota innan eins árs frá því bókin er keypt. Útgáfa: 11
Fá vöru senda með tölvupósti

Efnisyfirlit

  • Applied Physics
  • Contents
  • Preface
    • New to This Edition
    • Key Features
    • Examples of Key Features
    • Ancillaries
    • Download Instructor Resources from the Instructor Resource Center
    • To the Faculty
    • To the Student: Why Study Physics?
  • Chapter 0 An Introduction to Physics
    • Objectives
    • 0.1 Why Study Physics?
    • 0.2 Physics and Its Role in Technology
    • 0.3 Physics and Its Connection to Other Fields and Sciences
    • 0.4 Theories, Laws, and Problem Solving
    • Glossary
    • Review Questions
  • Chapter 1 The Physics Tool Kit
    • Objectives
    • 1.1 Standards of Measure
    • 1.2 Introduction to the Metric System
      • Example 1
      • Example 2
      • Problems 1.2
    • 1.3 Scientific Notation
      • Example 1
      • Example 2
      • Example 3
      • Example 4
      • Example 5
      • Example 6
      • Example 7
      • Problems 1.3
    • 1.4 Length
      • Metric Length
        • Example 1
        • Example 2
        • Example 3
        • Example 4
      • U.S. Length
        • Example 5
      • Metric–U.S. Conversions
        • Example 6
        • Example 7
        • Example 8
        • Example 9
        • Problems 1.4
    • 1.5 Area and Volume
      • Area
      • Metric Area
        • Example 1
        • Example 2
        • Example 3
        • Example 4
          • Alternate Method:
      • U.S. Area
        • Example 5
        • Example 6
          • Alternate Method:
      • Metric–U.S. Area Conversions
        • Example 7
          • Alternate Method:
        • Example 8
          • Alternate Method:
      • Volume
      • Metric Volume
        • Example 9
        • Example 10
        • Example 11
          • Alternate Method:
      • U.S. Volume
        • Example 12
        • Example 13
          • Alternate Method:
      • Metric–U.S. Volume Conversions
        • Example 14
          • Alternate Method:
        • Example 15
          • Alternate Method:
      • Surface Area
        • Example 16
        • Example 17
        • Problems 1.5
    • 1.6 Other Units
      • Mass and Weight
        • Example 1
        • Example 2
        • Example 3
      • Time
        • Example 4
        • Example 5
        • Example 6
        • Example 7
      • Problems 1.6
    • 1.7 Measurement: Significant Digits and Accuracy
      • Example 1
      • Example 2
      • Example 3
      • Example 4
      • Problems 1.7
    • 1.8 Measurement: Precision
      • Example 1
      • Example 2
      • Example 3
      • Example 4
      • Problems 1.8
    • 1.9 Calculations with Measurements
      • Example 1
      • Example 2
      • Example 3
      • Example 4
      • Example 5
      • Example 6
      • Example 7
      • Example 8
      • Example 9
      • Problems 1.9
    • Glossary
    • Review Questions
    • Review Problems
  • Chapter 2 Problem Solving
    • Objectives
    • 2.1 Formulas
      • Example 1
      • Example 2
      • Example 3
      • Example 4
      • Example 5
        • Method 1:
        • Method 2:
      • Example 6
        • Method 1:
        • Method 2:
      • Example 7
      • Example 8
      • Problems 2.1
    • 2.2 Substituting Data into Formulas
      • Example 1
      • Example 2
      • Example 3
      • Example 4
      • Problems 2.2
    • 2.3 Problem-Solving Method
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 5
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 2.3
    • Glossary
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 3 Vectors
    • Objectives
    • 3.1 Vectors and Scalars*
      • Example 1
      • Example 2
      • Problems 3.1
    • 3.2 Components of a Vector
      • Example 1
      • Example 2
      • Example 3
      • Example 4 Finding the Components of a Vector
      • Example 5
      • Example 6
      • Problems 3.2
    • 3.3 Addition of Vectors
      • Example 1
      • Example 2
      • Example 3
      • Example 4
      • Example 5
      • Example 6
      • Finding a Vector from Its Components
        • Example 7
        • Example 8
        • Example 9
        • Example 10
        • Problems 3.3
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 4 Motion
    • Objectives
    • 4.1 Speed Versus Velocity
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
      • Example 5
      • Problems 4.1
    • 4.2 Acceleration
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 4.2
    • 4.3 Uniformly Accelerated Motion and Free Fall
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 5
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 6
        • (a) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • (b) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 4.3
    • 4.4 Projectile Motion
      • Example 1
        • Sketch:
        • Data:
        • Basic Equations:
        • Working Equations (with viy=0):
        • Substitution:
      • Example 2
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Problems 4.4
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 5 Force
    • Objectives
    • 5.1 Force and the Law of Inertia
    • 5.2 Force and the Law of Acceleration
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 5.2
    • 5.3 Gravity and Weight
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Weight Versus Normal Force
      • Mass Versus Weight
        • Example 3
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
      • Mass Versus Volume
        • Problems 5.3
    • 5.4 Friction
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 5.4
    • 5.5 Total Forces in One Dimension
      • Example 1
        • Sketch:
      • Example 2
        • Sketch:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
      • Problems 5.5
    • 5.6 Law of Action and Reaction
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 6 Momentum
    • Objectives
    • 6.1 Momentum and Impulse
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Sketch:
        • Data:
        • Basic Equations:
        • Working Equation:
        • Substitution:
      • Example 4
        • Sketch:
        • (a) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • (b) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • (c) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • (d) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 5
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 6
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 6.1
    • 6.2 Collisions in One Dimension
      • Elastic Collisions
        • Example 1
          • Sketch:
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
      • Inelastic Collisions
        • Example 2
          • Sketch:
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 6.2
    • 6.3 Collisions of Equal Masses in Two Dimensions
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Before the collision:
        • Substitution:
      • Problems 6.3
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 7 Concurrent and Parallel Forces
    • Objectives
    • 7.1 Forces in Two Dimensions
      • Example 1
        • Find angle a as follows:
        • Find the magnitude of FR using the Pythagorean theorem:
      • Example 2
        • Find angle a as follows:
        • Find the magnitude of FR using the Pythagorean theorem:
      • Example 3
      • Problems 7.1
    • 7.2 Concurrent Forces in Equilibrium
      • Equilibrium in One Dimension
        • Example 1
          • Sketch:
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 2
          • Sketch:
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
      • Equilibrium in Two Dimensions
        • Example 3
        • Example 4
        • Example 5
        • Example 6
        • Example 7
          • Alternate Method:
        • Problems 7.2
    • 7.3 Torque
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 7.3
    • 7.4 Parallel Forces
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Sketch:
        • Data:
        • Basic Equations:
      • Example 3
      • Problems 7.4
    • 7.5 Center of Gravity
      • Example 1
        • Sketch:
      • Example 2
      • Problems 7.5
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 8 Work and Energy
    • Objectives
    • 8.1 Work
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 5
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 8.1
    • 8.2 Power
      • Example 1
        • Data:
        • Basic Equations:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equations:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equations:
        • Working Equation:
        • Substitution:
      • Example 4
        • Data
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 5
        • Data:
        • Basic Equations:
        • Working Equation:
        • Substitution:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 6
        • Data:
        • Basic Equations:
        • Working Equation:
        • Substitution:
      • Problems 8.2
    • 8.3 Energy
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
      • Example 2
        • Sketch:
        • Data:
        • Working Equation:
        • Substitution:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 8.3
    • 8.4 Conservation of Mechanical Energy
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
      • Problems 8.4
    • 8.5 Alternative Energy Sources
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 9 Rotational Motion
    • Objectives
    • 9.1 Measurement of Rotational Motion
      • Example 1
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Sketch:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Example 4
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 9.1
    • 9.2 Angular Momentum
      • Conservation of Angular Momentum
    • 9.3 Centripetal Force
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 9.3
    • 9.4 Power in Rotational Systems
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • To find the power in kW:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 9.4
    • 9.5 Transferring Rotational Motion
    • 9.6 Gears
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Gear Trains
        • Example 3
        • Example 4
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 5
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 6
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 7
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 9.6
    • 9.7 Pulleys Connected with a Belt
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 9.7
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 10 Simple Machines
    • Objectives
    • 10.1 Machines and Energy Transfer
      • Mechanical Advantage and Efficiency
    • 10.2 The Lever
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
      • Problems 10.2
    • 10.3 The Wheel-and-Axle
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
      • Problems 10.3
    • 10.4 The Pulley
      • Example 1
        • Sketch:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 10.4
    • 10.5 The Inclined Plane
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 10.5
    • 10.6 The Screw
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 10.6
    • 10.7 The Wedge
    • 10.8 Compound Machines
      • Example 1
        • (b) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 10.8
    • 10.9 The Effect of Friction on Simple Machines
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 10.9
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 11 Universal Gravitation and Satellite Motion
    • Objectives
    • 11.1 Universal Gravitation
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitutions:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 11.1
    • 11.2 Gravitational Fields
    • 11.3 Satellite Motion
      • Example 1
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Example 2
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Problems 11.3
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 12 Matter
    • Objectives
    • 12.1 Properties of Matter
    • 12.2 Properties of Solids
      • Cohesion and Adhesion
      • Tensile Strength
      • Hardness
      • Ductility
      • Malleability
      • Elasticity
        • Example 1
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
      • Hooke’s Law
        • Example 2
          • Sketch:
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 3
          • Sketch:
          • Data:
          • Basic Equation:
          • Working Equations:
          • Substitution:
        • Example 4
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 12.2
    • 12.3 Properties of Liquids
      • Cohesion and Adhesion
      • Surface Tension
      • Viscosity
      • Capillary Action
    • 12.4 Properties of Gases
    • 12.5 Density
      • Example 1
        • Sketch:
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Example 2
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 5
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 6
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 7
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 8
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 9
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 12.5
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 13 Fluids
    • Objectives
    • 13.1 Hydrostatic Pressure
      • Example 1
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Total Force Exerted by Liquids
        • Example 4
          • Sketch:
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 5
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 6
          • Sketch:
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 13.1
    • 13.2 Hydraulic Principle
      • Example 1
        • Data:
        • (a) Basic Equation:
        • Working Equation:
        • Substitution:
        • (b) Applying Pascal’s Principle:
        • (c) Basic Equation:
        • Working Equation:
        • Substitution:
        • (d) Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equations:
        • Working Equation:
        • Substitution:
      • Problems 13.2
    • 13.3 Air Pressure
      • Example 1
        • (a) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • (b) We use the conversion factor:
      • Problems 13.3
    • 13.4 Buoyancy
      • Example 1
      • Example 2
      • Problems 13.4
    • 13.5 Fluid Flow
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 13.5
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 14 Temperature and Heat Transfer
    • Objectives
    • 14.1 Temperature
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 14.1
    • 14.2 Heat
      • Example 1
      • Example 2
      • Example 3
      • Problems 14.2
    • 14.3 Heat Transfer
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 14.3
    • 14.4 Specific Heat
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 14.4
    • 14.5 Method of Mixtures
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 14.5
    • 14.6 Expansion of Solids
      • Linear Expansion
        • Example 1
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 2
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
      • Area and Volume Expansion of Solids
        • Example 3
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 4
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 14.6
    • 14.7 Expansion of Liquids
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Expansion of Water
        • Problems 14.7
    • 14.8 Change of Phase
      • Fusion
        • Example 1
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
      • Vaporization
        • Example 2
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 3
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 4
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 5
          • Sketch:
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
      • Evaporation as a Cooling Process
      • Heat Pump
      • Effects of Pressure and Impurities on Change of Phase
        • Problems 14.8
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 15 Properties of Gases
    • Objectives
    • 15.1 Charles’s Law
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 15.1
    • 15.2 Boyle’s Law
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Density and Pressure
        • Example 3
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 4
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 15.2
    • 15.3 Charles’s and Boyle’s Laws Combined
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Vapor Pressure and Humidity
        • Problems 15.3
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 16 Wave Motion and Sound
    • Objectives
    • 16.1 Characteristics of Waves
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Superposition of Waves
      • Standing Waves
      • Interference and Diffraction
    • 16.2 Electromagnetic Waves
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 16.2
    • 16.3 Sound Waves
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
    • 16.4 The Doppler Effect
      • Example 1
        • (a) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 16.4
    • 16.5 Resonance
    • 16.6 Simple Harmonic Motion
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 16.6
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 17 Basic Electricity
    • Objectives
    • 17.1 Electric Charges
    • 17.2 Induction
    • 17.3 Coulomb’s Law
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 17.3
    • 17.4 Electric Fields
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 17.4
    • 17.5 Simple Circuits
      • The Source of Energy
      • The Conductor
      • The Load
      • Current
      • Voltage
      • Resistance
        • Example 1
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 17.5
    • 17.6 Ohm’s Law
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 17.6
    • 17.7 Series Circuits
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Example 3
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Example 4
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 17.7
    • 17.8 Parallel Circuits
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 17.8
    • 17.9 Compound Circuits
      • Example 1
      • Example 2
      • Example 3
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 4
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 5
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 17.9
    • 17.10 Electric Instruments
      • Problems 17.10
    • 17.11 Voltage Sources
      • Lead Storage Cell
      • Dry Cell
    • 17.12 Cells in Series and Parallel
      • Example 1
      • Example 2
      • Problems 17.12
    • 17.13 Electric Power
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 17.13
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 18 Magnetism
    • Objectives
    • 18.1 Introduction to Magnetism
      • Forces Between Magnets
      • Magnetic Fields of Force
    • 18.2 Magnetic Effects of Current
      • Example 1
        • (a) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Magnetic Field of a Loop
        • Example 2
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 18.2
    • 18.3 Induced Magnetism and Electromagnets
    • 18.4 Induced Current
    • 18.5 Generators
      • dc Generators
    • 18.6 The Motor Principle
      • Industrial Motors
    • 18.7 Magnetic Forces on Moving Charged Particles
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 19 Alternating Current Electricity
    • Objectives
    • 19.1 What is Alternating Current?
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Effective Values of ac
        • Example 2
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 19.1
    • 19.2 ac Power
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Transformers and Power
        • Example 3
      • Changing Voltage with Transformers
        • Example 4
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 5
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 6
          • Data:
          • Basic Equation:
          • Working Equations:
          • Substitution:
        • Problems 19.2
    • 19.3 Inductance
      • Inductive Reactance
        • Example
          • Sketch:
          • Data:
          • Basic Equations:
          • Working Equations:
          • Substitutions:
        • Problems 19.3
    • 19.4 Inductance and Resistance in Series
      • Example
        • Sketch:
        • (a) Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Problems 19.4
    • 19.5 Capacitance
      • Example
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 19.5
    • 19.6 Capacitance and Resistance in Series
      • Example
        • Sketch:
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Problems 19.6
    • 19.7 Capacitance, Inductance, and Resistance in Series
      • Example
        • Sketch:
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Problems 19.7
    • 19.8 Resonance
      • Example
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 19.8
    • 19.9 Rectification and Amplification
    • 19.10 Commercial Generator Power Output
      • Apparent Power and Reactive kVA
        • Example
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 19.10
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 20 Light
    • Objectives
    • 20.1 Nature of Light
    • 20.2 The Speed of Light
      • Example
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 20.2
    • 20.3 Light as a Wave
      • Example
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 20.3
    • 20.4 Light as a Particle
      • Example
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 20.4
    • 20.5 Photometry
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 20.5
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 21 Reflection and  Refraction
    • Objectives
    • 21.1 Mirrors and Images
    • 21.2 Images Formed by Plane Mirrors
    • 21.3 Images Formed by Concave Mirrors
    • 21.4 Images Formed by Convex Mirrors
    • 21.5 The Mirror Formula
      • Example
        • Sketch:
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
    • Problems 21.5
    • 21.6 The Law of Refraction
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
    • 21.7 Total Internal Reflection
      • Example
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
    • 21.8 Types of Lenses
    • 21.9 Images Formed by Converging Lenses
    • 21.10 Images Formed by Diverging Lenses
      • Example
        • (a) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
        • (b) Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 21.10
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 22 Color
    • Objectives
    • 22.1 The Color of Light
      • Mixing Colors of Light
      • Mixing Pigments
      • Color Printing
      • Why the Sky Is Blue
      • Why Sunsets Are Red
      • Why Clouds and Snow Are White
      • Why the Ocean Is Blue
      • Why We See Rainbows
    • 22.2 Diffraction of Light
    • 22.3 Interference
    • 22.4 Polarization of Light
    • Glossary
    • Review Questions
  • Chapter 23 Survey of Modern Physics
    • Objectives
    • 23.1 Quantum Theory
      • Particles Behave Like Waves and Waves Behave Like Particles
    • 23.2 The Atom
      • The Rutherford Model
    • 23.3 Atomic Structure and Atomic Spectra
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equations:
        • Working Equations:
        • Substitutions:
      • Problems 23.3
    • 23.4 Quantum Mechanics and Atomic Properties
      • Problems 23.4
    • 23.5 The Nucleus—Structure and Properties
      • Example
      • Periodic Table
        • Problems 23.5
    • 23.6 Nuclear Mass and Binding Energy
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 2
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Example 3
      • Problems 23.6
    • 23.7 Radioactive Decay
      • Alpha Decay
      • Beta Decay
        • Example 1
        • Example 2
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Example 3
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
      • Radiocarbon Dating
        • Problems 23.7
    • 23.8 Nuclear Reactions—Fission and Fusion
    • 23.9 Detection and Measurement of Radiation
      • Example 1
        • Data:
        • Basic Equation:
        • Working Equation:
        • Substitution:
      • Problems 23.9
    • 23.10 Radiation Penetrating Power
    • Glossary
    • Formulas
    • Review Questions
    • Review Problems
    • Applied Concepts
  • Chapter 24 Special and General Relativity
    • Objectives
    • 24.1 Albert Einstein
    • 24.2 Special Theory of Relativity
      • E=mc2
        • Example
          • Data:
          • Basic Equation:
          • Working Equation:
          • Substitution:
        • Problems 24.2
    • 24.3 Space-Time
    • 24.4 General Theory of Relativity
    • Glossary
    • Formula
    • Review Questions
    • Review Problems
  • Appendix A Mathematics Review
    • A.1 Signed Numbers
    • A.2 Powers of 10
    • A.3 Solving Linear Equations
    • A.4 Solving Quadratic Equations
    • A.5 Right-Triangle Trigonometry
    • A.6 Law of Sines and Law of Cosines
  • Appendix B Problem-Solving Strategy: Dimensional and unit ­Analysis
    • B.1 Dimensional Analysis
    • B.2 Unit Analysis and Conversion Factors
  • Appendix C Tables
  • Appendix D Scientific Calculator
    • D.1 Scientific Notation
    • D.2 Squares and Square Roots
    • D.3 Trigonometric Operations
    • D.4 Finding a Power
  • Appendix E Glossary
  • Appendix F Answers To Odd-Numbered Problems and To all Chapter Review Questions and Problems
  • Index
    • A
    • B
    • C
    • D
    • E
    • F
    • G
    • H
    • I
    • J
    • K
    • L
    • M
    • N
    • O
    • P
    • Q
    • R
    • S
    • T
    • U
    • V
    • W
    • Z
  • Formulas From Physics
  • Formulas From Geometry
  • Common Physical Data
  • Formulas From Right-Triangle Trigonometry
  • Metric System Prefixes

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Applied Physics

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