Content and Derivation of Newton's Law
structure, mass, momentum, equivalence, dimension
Abstract
Taking into account the peculiarities of interaction, the equations of motion are proposed, from which correspondences with the main parameters of both kinematics and dynamics are found. It is shown that it is the potential of interaction with the third-party partners that is the parameter, the presence, change, and redistribution of which the content of all three Newton's laws is interpreted.
Downloads
How to Cite
References
Isaac Newton (1999) Philosophiae naturalis principia mathematica. 974.
Max Jammer, M Friedlander (1977) Concepts of Mass in Classical and Modern Physics. 16(4), 72-74.
Frank Wilczek (2006) THE ORIGIN OF MASS. 21(09), 701-712.
Harald Fritzsch (1996) Flavour Mixing and the Generation of Mass. 223-230.
Gordon Kane (2005) The Mysteries of Mass.
John Roche (2005) What is the Mass. 26(2), 225.
A Kh, Kirakosyan (2011) Structural Physics Structural Content of the Basic Contents and Physical Law. 420.
Kh, Kirakosyan (2018) On the Structural Content of Fundamental Properties of Matter and UniversalConstants of Physics. 3(01), 1-27.
Kh, Kirakosyan (2019) On the United Description of the Motion of Physical Bodies. 3(3).
Kh, Kirakosyan (2021) Mass, Fine Structure Constants, and the Classification of ElementaryPartile's by Mass. 12(7).
(2006) Unit of mass (kilogram). 92-112.
R Steiner, D Haddad, R Liu, E Williams, S Davidson (2018) Measurement of mass scaling and alternate materials on the NIST electronic kilogram system. 18, 103-104.
Richard Feynman (1985) QED. 129.
M (2019) Shebron Fine Structural Constants from Sommerfeld to Feynman. 16(1), 335-343.
Khachatur Kirakosyan (2018) To the Content of Planck Units. 3(2), 33-37.
Published
2022-01-15
Issue
Section
License
Copyright (c) 2021 Authors and Global Journals Private Limited
This work is licensed under a Creative Commons Attribution 4.0 International License.