TERMINAL OBJECTIVE

FORCE AND WEIGHT

• Weight
• Weight
• 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
• REFERENCES
• TERMINAL OBJECTIVE

ENERGY AND WORK

• Kinetic Energy
• Thermal Energy
• Work
• Energy and Work Summary

LAW OF CONSERVATION OF ENERGY

• Conservation of Energy Summary
• POWER
• Mechanical Power
• Mechanical Power
• Power Summary
• CONCLUDING MATERIAL

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
• Steps for Unit Conversion
• Steps for Unit Conversion
• TABLE 8 Conversion Factors
• TABLE 8 (Cont.) Conversion Factors
• Unit Conversion Summary

CLASSICAL PHYSICS Module 2 Vectors

• TABLE OF CONTENTS
• TABLE OF CONTENTS (Cont.)
• LIST OF FIGURES
• LIST OF FIGURES (Cont.)
• REFERENCES
• TERMINAL OBJECTIVE

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
• Using the Analytical Method
• Figure 26   Example Model 2
• Using the Analytical Method
• Using the Analytical Method
• Using the Analytical Method
• Analytical Method of Adding Vectors Summary

CLASSICAL PHYSICS Module 3 Force and Motion

• TABLE OF CONTENTS
• LIST OF FIGURES
• REFERENCES
• TERMINAL OBJECTIVE

NEWTON'S LAWS OF MOTION

• Newton's Law of Motion
• Newton's Law of Motion
• Newton's Laws of Motion Summary

MOMENTUM PRINCIPLES

• Force and Momentum
• Conservation of Momentum
• Conservation of Momentum
• Conservation of Momentum
• Momentum Summary

CLASSICAL PHYSICS Module 4 Application of Newton's Laws

• TABLE OF CONTENTS
• LIST OF FIGURES
• REFERENCES
• TERMINAL OBJECTIVE

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