Structural Analysis Of The New Formulae On Gravity And Repulsion: ???????????? b

Description: Structural Analysis Of The New Formulae On Gravity And Repulsion by Zhenzhi Feng, Chen Feng, 冯振志 ––…" FORMAT Paperback LANGUAGE Chinese CONDITION Brand New Publisher Description –…––…–………F=(G)Mm/RR""G" –"G"… ………—…–…–…–…–– """""""—–"…– "" 0.0001–The author derived a new gravity formula in the article "The Derivation Of The New Formulae On Gravity" of this book. This new gravity formula has the main structure from Newtons gravity formula F=(G)Mm/RR, however there are seven factors make up the G. This article may reveal the mystery of the " Universal Gravitational Constant G", and some inherent nature of gravitation, which is the core content of this book. Many stars have strong light radiation and neutrino radiation. Based on this, the author derived the formula for the light repulsion and the neutrino repulsion of the stars. These two repulsion formulas are very helpful for us to further understand the radiated repulsion of stars. These two articles are included in this book. This book also analyzed the "high precision" experimental results of the Etvs experiment, and questions the results by using the calculated data. The author believes that the Etvs experiment is not a good method to test whether the principle of weak equivalence holds. Free fall experiment and Newtons pendulum experiment under strict vacuum conditions have proven that gravitational mass and inertial mass are not equal outside the accuracy range of 0.0001. Details ISBN1647840082 Author — Pages 146 Publisher Ehgbooks Language Chinese Year 2018 Edition 2nd ISBN-10 1647840082 ISBN-13 9781647840082 Format Paperback Publication Date 2018-08-01 Imprint Ehgbooks UK Release Date 2018-08-01 Edition Description 2nd ed. Audience General Subtitle ––…" We've got this At The Nile, if you're looking for it, we've got it. With fast shipping, low prices, friendly service and well over a million items - you're bound to find what you want, at a price you'll love! TheNile_Item_ID:126949264;

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