TERMINAL OBJECTIVE - hdbk1010_17
FUNDAMENTAL DIMENSIONS
Unit Systems
TABLE 1 English Units of Measurement
TABLE 2 MKS Units of Measurement
TABLE 4 Approximate Lengths of Familiar Objects
TABLE 6 Approximate Times of Familiar Events
Acceleration
Fundamental Dimensions Summary
UNIT CONVERSIONS
TABLE 7 Conversion Table
Steps for Unit Conversion - hdbk1010_29
Steps for Unit Conversion - hdbk1010_30
Steps for Unit Conversion - hdbk1010_31
TABLE 8 Conversion Factors
TABLE 8 (Cont.) Conversion Factors
Unit Conversion Summary
CLASSICAL PHYSICS Module 2 Vectors
TABLE OF CONTENTS - hdbk1010_37
TABLE OF CONTENTS (Cont.) - hdbk1010_38
LIST OF FIGURES - hdbk1010_39
LIST OF FIGURES (Cont.) - hdbk1010_40
REFERENCES - hdbk1010_42
TERMINAL OBJECTIVE - hdbk1010_43
SCALAR AND VECTOR QUANTITIES
Description of a Simple Vector
Scalar and Vector Quantities Summary
VECTOR IDENTIFICATION
Graphic Representation of Vectors
Figure 5 Display Vectors Graphically - Direction
Vector Identification Summary
VECTORS: RESULTANTS AND COMPONENTS
Figure 10 Vector Addition Not in Same Line
Vector Components
Figure 11 Vector Components
Figure 13 Right Triangle
Figure 14 F = 50 lbf at 53
Figure 15 F = 80 lbf at 220
Vector Terminology Summary
GRAPHIC METHOD OF VECTOR ADDITION
Using the Graphic Method
Figure 19 Graphic Addition - Example 1
Graphic Method Summary
COMPONENT ADDITION METHOD
Using the Component Addition Method
Component Addition Method Summary
ANALYTICAL METHOD OF VECTOR ADDITION
Using the Analytical Method - hdbk1010_68
Using the Analytical Method - hdbk1010_69
Figure 26 Example Model 2
Using the Analytical Method - hdbk1010_71
Using the Analytical Method - hdbk1010_72
Using the Analytical Method - hdbk1010_73
Analytical Method of Adding Vectors Summary
CLASSICAL PHYSICS Module 3 Force and Motion
TABLE OF CONTENTS - hdbk1010_77
LIST OF FIGURES - hdbk1010_78
REFERENCES - hdbk1010_80
TERMINAL OBJECTIVE - hdbk1010_81
NEWTON'S LAWS OF MOTION
Newton's Law of Motion - hdbk1010_84
Newton's Law of Motion - hdbk1010_85
Newton's Laws of Motion Summary
MOMENTUM PRINCIPLES
Force and Momentum
Conservation of Momentum - hdbk1010_89
Conservation of Momentum - hdbk1010_90
Conservation of Momentum - hdbk1010_91
Momentum Summary
CLASSICAL PHYSICS Module 4 Application of Newton's Laws
TABLE OF CONTENTS - hdbk1010_95
LIST OF FIGURES - hdbk1010_96
REFERENCES - hdbk1010_98
TERMINAL OBJECTIVE - hdbk1010_99
FORCE AND WEIGHT
Weight - hdbk1010_102
Weight - hdbk1010_103
Force and Weight Summary
FREE-BODY DIAGRAMS
Constructing a Free-Body Diagram
Figure 2 Car
Figure 3 Free-Body Diagram
Figure 4 Various Free-Body Diagrams
Free-Body Diagram Summary
FORCE EQUILIBRIUM
Equilibrium
Figure 6 Hanging Object
Figure 7 Free-Body Diagram
Figure 8 Free-Body Diagram
Force Equilibrium Summary
TYPES OF FORCE
Figure 9 Frictional Forces
Centripetal Force
Centrifugal Force
Types of Force Summary
CLASSICAL PHYSICS Module 5 Energy, Work, and Power
TABLE OF CONTENTS - hdbk1010_125
REFERENCES - hdbk1010_128
TERMINAL OBJECTIVE - hdbk1010_129
ENERGY AND WORK
Kinetic Energy - hdbk1010_132
Thermal Energy
Work
Energy and Work Summary
LAW OF CONSERVATION OF ENERGY
Conservation of Energy Summary
POWER
Mechanical Power - hdbk1010_139
Mechanical Power - hdbk1010_140
Power Summary
CONCLUDING MATERIAL - hdbk1010_142
FUNDAMENTAL DIMENSIONS
Unit Systems
TABLE 1 English Units of Measurement
TABLE 2 MKS Units of Measurement
TABLE 4 Approximate Lengths of Familiar Objects
TABLE 6 Approximate Times of Familiar Events
Acceleration
Fundamental Dimensions Summary
UNIT CONVERSIONS
TABLE 7 Conversion Table
Steps for Unit Conversion - hdbk1010_29
Steps for Unit Conversion - hdbk1010_30
Steps for Unit Conversion - hdbk1010_31
TABLE 8 Conversion Factors
TABLE 8 (Cont.) Conversion Factors
Unit Conversion Summary
CLASSICAL PHYSICS Module 2 Vectors
TABLE OF CONTENTS - hdbk1010_37
TABLE OF CONTENTS (Cont.) - hdbk1010_38
LIST OF FIGURES - hdbk1010_39
LIST OF FIGURES (Cont.) - hdbk1010_40
REFERENCES - hdbk1010_42
TERMINAL OBJECTIVE - hdbk1010_43
SCALAR AND VECTOR QUANTITIES
Description of a Simple Vector
Scalar and Vector Quantities Summary
VECTOR IDENTIFICATION
Graphic Representation of Vectors
Figure 5 Display Vectors Graphically - Direction
Vector Identification Summary
VECTORS: RESULTANTS AND COMPONENTS
Figure 10 Vector Addition Not in Same Line
Vector Components
Figure 11 Vector Components
Figure 13 Right Triangle
Figure 14 F = 50 lbf at 53
Figure 15 F = 80 lbf at 220
Vector Terminology Summary
GRAPHIC METHOD OF VECTOR ADDITION
Using the Graphic Method
Figure 19 Graphic Addition - Example 1
Graphic Method Summary
COMPONENT ADDITION METHOD
Using the Component Addition Method
Component Addition Method Summary
ANALYTICAL METHOD OF VECTOR ADDITION
Using the Analytical Method - hdbk1010_68
Using the Analytical Method - hdbk1010_69
Figure 26 Example Model 2
Using the Analytical Method - hdbk1010_71
Using the Analytical Method - hdbk1010_72
Using the Analytical Method - hdbk1010_73
Analytical Method of Adding Vectors Summary
CLASSICAL PHYSICS Module 3 Force and Motion
TABLE OF CONTENTS - hdbk1010_77
LIST OF FIGURES - hdbk1010_78
REFERENCES - hdbk1010_80
TERMINAL OBJECTIVE - hdbk1010_81
NEWTON'S LAWS OF MOTION
Newton's Law of Motion - hdbk1010_84
Newton's Law of Motion - hdbk1010_85
Newton's Laws of Motion Summary
MOMENTUM PRINCIPLES
Force and Momentum
Conservation of Momentum - hdbk1010_89
Conservation of Momentum - hdbk1010_90
Conservation of Momentum - hdbk1010_91
Momentum Summary
CLASSICAL PHYSICS Module 4 Application of Newton's Laws
TABLE OF CONTENTS - hdbk1010_95
LIST OF FIGURES - hdbk1010_96
REFERENCES - hdbk1010_98
TERMINAL OBJECTIVE - hdbk1010_99
FORCE AND WEIGHT
Weight - hdbk1010_102
Weight - hdbk1010_103
Force and Weight Summary
FREE-BODY DIAGRAMS
Constructing a Free-Body Diagram
Figure 2 Car
Figure 3 Free-Body Diagram
Figure 4 Various Free-Body Diagrams
Free-Body Diagram Summary
FORCE EQUILIBRIUM
Equilibrium
Figure 6 Hanging Object
Figure 7 Free-Body Diagram
Figure 8 Free-Body Diagram
Force Equilibrium Summary
TYPES OF FORCE
Figure 9 Frictional Forces
Centripetal Force
Centrifugal Force
Types of Force Summary
CLASSICAL PHYSICS Module 5 Energy, Work, and Power
TABLE OF CONTENTS - hdbk1010_125
REFERENCES - hdbk1010_128
TERMINAL OBJECTIVE - hdbk1010_129
ENERGY AND WORK
Kinetic Energy - hdbk1010_132
Thermal Energy
Work
Energy and Work Summary
LAW OF CONSERVATION OF ENERGY
Conservation of Energy Summary
POWER
Mechanical Power - hdbk1010_139
Mechanical Power - hdbk1010_140
Power Summary
CONCLUDING MATERIAL - hdbk1010_142
