FLUID MECHANICS: A NEW DISCRETE SOLUTION TO THE UNIDIMENSIONAL CONTINUITY DIFFERENTIAL EQUATION DERIVED FROM THE LAW OF AMP ERE - MAXWELL
- Concluding high school 12th grade by 01 December 2019 and doing the process of application to undergraduate in Theoretical Physics in the U.S. Studying at Colegio GGE, Recife, Brazil.
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It is well-known that we are able to obtain, using the Amp?re-Maxwell Law, a continuity equation that shows the conservation of electric charge. Nowadays, there are already generalized solutions to any quantity that is involved in a continuity equation. However, these solutions use to be supported by non-elementary mathematical formalism. The author will show that it is possible to build an alternative solution to the unidimensional continuity differential equation related to electric charge, where a discrete point of view of electrodynamics will lead us to a unidimensional Navier-Stokes equation for continuity. It turns out that the product between Area and Speed being a constant is successfully obtained by the solution proposed by the author, accordingly with the objectives.
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[Victor hugo dos santos lins. (2019); FLUID MECHANICS: A NEW DISCRETE SOLUTION TO THE UNIDIMENSIONAL CONTINUITY DIFFERENTIAL EQUATION DERIVED FROM THE LAW OF AMP ERE - MAXWELL Int. J. of Adv. Res. 7 (Oct). 959-963] (ISSN 2320-5407). www.journalijar.com
