EXPLAINING DERIVATIVES IN ENGLISH WHEN SOLVING PROBLEMS IN VARIOUS FIELDS
https://doi.org/10.5281/zenodo.15667190
Keywords:
Derivative, differential,limit, hydraulic, speed,pressure, flow rate, erosion, accelerationAbstract
This article analyzes applications of the derivative in mathematics and
physics in relation to important processes in hydraulic structures and pumping
stations. In particular, it is explained how problems such as determining the speed of
water flow, calculating hydrostatic pressure, modeling erosion processes and
assessing the efficiency of pumps are solved with the help of the derivative. The
importance of the derivative in the study and optimization of hydraulic processes is
stated by scientific foundations. Each example in the article is supplemented with
graphic drawings, with a special emphasis on their practical application. This work
contributes to the accurate and efficient execution of engineering calculations in the
field of hydraulic engineering
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