THEORETICAL FOUNDATIONS OF TEACHING HYDROPATIC PRESSURE AND ITS PROPERTIES IN HIGHER EDUCATION TECHNICAL SPECIALTIES

Аннотация

In the present, in our lives effective and more efficiently and more than the global changes in the science of the studio, which are operating in the region, in our region, and in the world. It is obvious that the potential to be used. This article contains the theoretical foundations of teaching hydropic pressure and its properties in higher education technical specialties. KEYWORDS: - Hydrostatic Pressures and its properties, hydraulic, mass with correspondence, main differential equality, liquid balance, and other pressure surfaces, etc. many years as a result of many years today The I NTRODUCTION need to reconnounces for re-repairing and reconstruction of these in an efficient, From the days of independence of our country, in economical opinion - is demanding in the future. our country, in all sectors of the economy are Specialists demonstrate this hard or honorable taking place in all sectors of the economy. In problem. To do this, you need to provide higher particular, reforms are being consistently carried education in the field of industry with the out in the field of water. Agromajema network literature that meets today's requirements. With accounting for significant role in the economy of this in mind, the authors were able to create our country We can imagine how much it is literature in the development of hydraulic necessary for the specialists of the agealing science in the development of water in the industry in the future. country in our country. Of course, evaluation of R the quality and comfort of this textbook Refer to ESEARCH METHODOLOGY the judging of the students. Hydrotechnical structures for which 4.5 million A hectares of hectares (water acquisitions, water NALYSIS AND RESULTS warehouses, farm channels, interior systems) for Hydrostatic pressure and its properties. CURRENT RESEARCH JOURNAL OF PEDAGOGICSISSN 179 – 2767-3278 https://masterjournals.com/index.php/crjp CURRENT RESEARCH JOURNAL OF PEDAGOGICS 2(12): 179-184, December 2021 DOI: https://doi.org/10.37547/pedagogics-crjp-02-12-35 ISSN 2767-3278 ©2021 Master Journals Accepted 26thDecember, 2021 & Published 31thDecember, 2021 Hydrostatics is a department of hydropliament and studies the legislation of the liquid. Before consideration of these laws, we view the forces that affect the volume of fluids in peace. The external forces affecting this size are divided into two groups: 1. Mass (or size) forces. These forces are influenced by the proporial (or non-standard density environment) and all points of this volume environment of the liquid size mass. 2. Extensive forces. These forces affect the outer surfaces of the liquid separated and proportional to the surfaces of these secular. Atmospheric Picture 1 pressure on the free surface of the surface, the atmospheric pressure on the free surface of the liquid, a bowl of the dish wall, a pisten pressure in the liquid, etc. The surface size of the surface is uninterrupted in the surface of the separated liquid. In every point of the liquid fluid fluid, the inner forces will occur in the influence of liquid voltage under the influence of external forces. The voltage position at each point of fluid is characterized by pressure. Or We look at the optional volume of liquid that is in dP balance at the influence of external forces p  (2) (Figure 1). We assume that we cut out this d volume by some plane and throw out the part that is located on one side of this plane. To maintain its equilibrium state, we replace the remaining part with some P Equal acting force. If in the cutting plane, is allocated to the elementary surface, then is affected by a part of the force of equal magnitude. relative limit of in zero reduction of the surface is called the ppphostatic pressure at the point of view of the liquid: 2-rasm CURRENT RESEARCH JOURNAL OF PEDAGOGICSISSN 180 – 2767-3278 https://masterjournals.com/index.php/crjp CURRENT RESEARCH JOURNAL OF PEDAGOGICS 2(12): 179-184, December 2021 DOI: https://doi.org/10.37547/pedagogics-crjp-02-12-35 ISSN 2767-3278 ©2021 Master Journals Accepted 26thDecember, 2021 & Published 31thDecember, 2021 Idrostatic pressure is characterized by three Bu tenglikning hamma a’zolarini prizma main properties: uzunligiga bo’lamiz: 1.Chydrostatic pressure forms normal oriented to plain and only compressible voltages. Indeed, P P P the liquid will not form elongated tension. If the AB  BC  CA (4) liquid is in peace, then then there are no urine voltages. The pressure cannot influence the angle that is different from . If you had influenced it, it will be. would be spread to normal and attempts (Fig. 2). Bu tenglikning hamma a’zolarini prizma But attempts only occur in the liquid movement. uzunligiga bo’lamiz: Therefore, as a result, the pressure forms normal and compressive voltages only. P  P  P 2. The gostatic pressure is the same in all AB BC CA directions of the optional point of the liquid. To prove this property,we distinguish the prism in the form of a triangle f