เราสามารถหาความสัมพันธ์ทั่วไประหว่า

We can find a common relationship between any point in the pressure of the flow as the height y of the points we will assume that the density and the acceleration due to Earth's gravity. G is a constant throughout the flow of. If the fluid is in balance (equilibrium) every small part of the flow is in the balance. Considering the small portion of the flow thickness dy, as shown in Figure 9-2 the surface of both the top and bottom have A lower surface area is at the level of the upper surface, and y is y + dy y = 0 reference level (the bottom level is the reference container).

We can determine the general relationship between fluid pressure at any point in dwelling on the height y of a point, we will assume that the density. And the acceleration due to gravity g is constant throughout the fluid. If the fluid is in equilibrium (Equilibrium) are all a small part of the fluid that is in equilibrium with. Consider a small portion of the thick fluid dy as shown in Figure 9-2, both above and below the surface of the bottom surface area A at the surface y and y + dy at the top level. According y = 0 (the reference at the bottom of the container).

We can find the relationship between the general pressure at any point in a fluid statics, and height y points, we will assume that the density. And acceleration due to earth's gravity g is constant throughout the fluid.(equilibrium) every small part of fluid that is in equilibrium with, consider a small portion of the ของไหลที่ thick dy as shown in Figure 9-2 both above and below the surface area. A bottom surface at y.Y dy above the reference level y = 0 (reference level at the bottom of the container)
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