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Gravity & Electromagnetism Unified
Price: Free! Words: 1,320. Language: English. Published: August 27, 2017. Categories: Nonfiction » Science & Nature » Physics / Mathematical & Computational, Nonfiction » Engineering, trades, & technology » Aeronautics & Astronautics
Rev1F - No one has ever provided mathematical evidence that unifies Gravity and Electromagnetism. This is an Important Mathematical Discovery. Note that the 2 equations of Newton's Gravity and Coulomb's Law have a similar form. Also note that when: Limit (r) ---> 0, these 2 equations approach a singularity. #BlinkingUniverse RLighthouse.com
Unlocking the Secrets of the Pinewood Derby
Price: $2.99 USD. Words: 6,580. Language: English. Published: March 1, 2015. Categories: Nonfiction » Science & Nature » Physics / Mathematical & Computational, Nonfiction » Children's Books » Science & Nature / Physics
This booklet provides the reader with experimental data that quantifies the sacrifices you can expect if you don't optimize the weight, center of gravity, drag and friction. The tables and graphs in the book will allow the reader to see how a lack of optimization effects the car's performance. The booklet also contains my personal winning designs and my superior axle/wheel preparation method.
Mathematical Solution Unifying the Four Fundamental Forces in Nature
Price: Free! Words: 2,320. Language: English. Published: November 4, 2013. Categories: Nonfiction » Science & Nature » Physics / Mathematical & Computational, Nonfiction » Science & Nature » Time
This technical note describes a simple mathematical-geometrical solution for unifying the four fundamental forces in nature. The fundamental forces of gravitation, electromagnetism, strong force, and the weak force are different aspects of the same force. The relationship between the four forces can be described using a form of the equation for Analog Quadrature Amplitude Modulation.
An Analysis and Comparison of Orbit Rendezvous Techniques for Spacecraft Flying in Low Earth Orbit
Price: $1.99 USD. Words: 9,690. Language: English. Published: January 11, 2013. Categories: Nonfiction » Science & Nature » Space Science, Nonfiction » Science & Nature » Physics / Mathematical & Computational
In this thesis three methods for solving Lambert’s orbit rendezvous problem are compared. Methods that use the relative states between vehicles to calculate Lambert transfers are the easiest methods to use. But these methods are only applicable in certain scenarios.