Analysis of Electrical Dipoles Interaction Forces as a Function of the Distance and of the Form of Electrical Force Law - Journal of Applied Mathematics and Physics

JAMP > Vol.6 No.9, September 2018

Analysis of Electrical Dipoles Interaction Forces as a Function of the Distance and of the Form of Electrical Force Law ()

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DOI: 10.4236/jamp.2018.69160 660 Downloads 1,471 Views Citations

Author(s)

Ioan Has¹, Simona Miclaus¹, Aurelian Has²

Affiliation(s)

¹Land Forces Academy, Sibiu, Rm. Valcea, Romania.
²Independent Researcher, Rm. Valcea, Romania.

ABSTRACT

Here, we initially introduced and demonstrated two principles: orientation OR principle and attraction AT principle of electrical dipoles. The OR principle stipulates that any two electrical dipoles P1A, P1B, from two bodies A and B, at any distance in the free state each, will be reciprocally oriented parallel and in the same sense if the electrical interaction forces F between them are of decreasing type with distance r. If the electrical interaction forces F are of increasing type with distance, the two dipoles will be reciprocally oriented parallel but on the opposite sense. The AT principle stipulate that any two electrical dipoles P1A, P1B, at any distance in the free state each, will present always a reciprocal force of attraction F_D in both cases of orientation accordingly to OR principle in case of any type of electrical force F decreasing or increasing with distance. These findings may complete our previous work where we found that F_D force, between two electrical dipoles P1A, P1B considered at atomic and nuclear level, is in fact the actual gravitation Newton force F_N. The paper must be considered together with this work for more consistency.

KEYWORDS

Electrical Forces, Completed Coulomb’s Law, Electric Dipoles Interactions, Torsion Moment of Orientation, Attraction Force between Two Dipoles Is Gravitation

Share and Cite:

Has, I. , Miclaus, S. and Has, A. (2018) Analysis of Electrical Dipoles Interaction Forces as a Function of the Distance and of the Form of Electrical Force Law. Journal of Applied Mathematics and Physics, 6, 1886-1895. doi: 10.4236/jamp.2018.69160.

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