Yes, gravity force depends on it's mass and velocity as all other forces. However, gravitational acceleration is not.
On the other hand, attraction acceleration is dependent on it's mass and composition (shape, size, surface, and distance are distribution of mass, or function of mass and distance). Therefore, gravity is not a force of attraction.
An edition of The Refutation of Gravitational Attraction
(2015)
The Refutation of Gravitational Attraction
by Cres Huang
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Last edited by Cres Huang
December 3, 2016 | History
Free fall experiments show the gravitational acceleration is independent of composition, shape, size, and distance. However, attracting acceleration is dependent on composition, shape, size, and distance. Therefore:
Gravity is not attraction.
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Subjects
ystery, science, paradox, refutation, refute, attraction, gravity, gravitational, free fall, falling, attract, pull, force, Galileo, Galilei, inclined plane, David Scott, Apollo 15, hammer, feather| Edition | Availability |
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The Refutation of Gravitational Attraction
2015/12/18, Cres Huang
PDF
in English
9574331806 9789574331802
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Book Details
Table of Contents
1 Introduction
2 Free Fall Test
3 Attraction and Tear
4 Magnetic Attraction
5 Inescapable Collision of Attraction
6 Summary
References
Edition Notes
The Physical Object
Edition Identifiers
Work Identifiers
Excerpts
added by Cres Huang.
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| December 3, 2016 | Edited by Cres Huang | Added new cover |
| December 2, 2016 | Edited by Cres Huang | Added new cover |
| November 18, 2016 | Edited by Cres Huang | add tage and desc |
| November 18, 2016 | Edited by Cres Huang | Added new cover |
| March 11, 2016 | Created by Cres Huang | Added new book. |