Detailed Table of Contents for Momentum Understood as Energy Strings

Detailed Table of Contents for Momentum Understood as Energy Strings and Molecular Motion

Preface Material

  1. Introduction
  2. Traditional Physics: Unclear or Not Accurate

B. Motion, Momentum, and Energy Strings

  1. Inertia and Motion in Brief
  2. Object in Motion Tends to Stay in Motion
  3. Speed of Objects
  4. Inertia/Momentum for Same Objects at Different Speeds
  5. Inertia/Momentum for Objects of Different Mass
  6. Energy Strings Upon Impact
  7. Momentum is Total Number of Energy Strings

C. Slowing and Stopping

  1. Slowing and Stopping
  2. Requiring More Time to Stop

D. Passengers and Packages Riding in a Car

  1. Objects Riding on Other Objects: Overview
  2. Individual Objects with Individual Motions
  3. Objects Travel Together at the Same Speed
  4. Objects Slam Backward as Vehicle Moves Forward
  5. Car Turns, Seat Slides, Door Slams into Passenger

E. Energy Transfer and Changes in Speed

  1. Energy Transferred from Vehicle to Objects
  2. Sudden Stops of the Vehicle, Objects Slamming Forward
  3. Gradual Slowing versus Sudden Stops
  4. Revisiting Process of Slowing Down and Time Required
  5. Slowing Down the Objects Inside a Vehicle

F. Stationary Objects

  1. Stationary Objects: Main Concepts
  2. Energy versus Speed in Stationary Objects

G. Energy Versus Speed: Absolute versus Relative Values

  1. Energy Versus Speed: Significant Differences
  2. Speed of Light and General Relativity
  3. Additional Notes Regarding Energy, Speed, and Relativity

H. Launching Objects from a Moving Vehicle

  1. Launching objects from vehicle: Overview
  2. Throwing a Baseball from a Train

I. Energy Among the Protons Throughout the Object

  1. Individual Protons Moving versus Entire Object Moving
  2. Distribution of Energy Among the Protons

J. Friction Energy, and Friction with Momentum

  1. Friction and Momentum: Overview
  2. Friction and Momentum: Basic Concepts
  3. Friction as Gravity Strings
  4. Friction Hold Objects in Place Despite Sudden Stops
  5. When Momentum is Greater than Friction
  6. Amount of Momentum to Separate from Friction
  7. Number of Friction Strings/Coefficient of Friction

K. Review and Summary

  • Energy Strings and Momentum
  • Self-Propelled Objects
  • Stationary, Faster, Slower
  • Energy Transfer Processes
  • Observable Motion and Observable Momentum
  • Friction and Momentum
  • Energy Flow in Multiple Directions

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