Newtonian Mechanics

Preface

Part I. The Approaches To Newtonian Dynamics

1. 
A Universe of Particles

2. 
Space, Time, and Motion

3. 
Accelerated Motions

4. 
Forces and Equilibrium

5. 
The Various Forces of Nature

6. 
Force, Inertia, and Motion

Part II. Classical Mechanics At Work

7. 
Using Newton's Law

8. 
Universal Gravitation

9. 
Collisions and Conservation Laws

10. Energy Conservation in Dynamics: Vibrational Motions

11. Conservative Forces and Motion in Space

Part III. Some Special Topics

12. Inertial Forces and Non-Inertial Frames

13. Motion Under Central Forces

14. Extended Systems And Rotational Dynamics

Appendix

Bibliography

Index

 

 

The books in the MIT Introductory Physics Series are usable in a variety of course structures at the undergraduate level. They share a unifying emphasis on the interaction of experiment and intuition in generating physical theories. The series was developed by the authors in collaboration with members of the department of physics and with the Education Research Center at MIT, which was established to study and develop effective teaching methods, particularly in science at college level. Each volume appeared in a preliminary edition and was thoroughly class-tested at MIT and elsewhere before final publication in a reasonably priced paperbound edition. The present volume is designed to be a more or less self contained introduction to Newtonian mechanics. Students wth little or no grounding in th subject can be brought gradually to a leveof considerable proficiency. It provides the student with the means to analyze and predict the motions of physical objects, from electrons to galaxies.