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Q.3 A cylinder contains a fluid at a gauge pressure of 350kPa. Take atmospheric pressure as 76cm of mercury and relative density of mercury as 13.6. Q.2 A gauge on suction side of pump shows a negative pressure of 0.285 bar. Express the pressure intensity of 10 N per cm² is: Q.1 Barometric reading at a place is 75 cm of Hg. This results in exertion and increased pressure. The molecules in the denser fluid are close to each other leading to more collisions in a given area. Liquidity: A liquid as strong as water has a greater pressure than a liquid as light as air.Depth of fluid: As the depth increases, the pressure released by the fluid increases.These two factors are the depth of the liquid and the quantity of it. There are two factors that affect liquid pressure. Therefore, this refers to both beverages and gases. Remember that here, liquid refers to anything that has the ability to flow. The intensity of static fluid does not depend on the surface area, the composition of the liquid container or the total volume and volume of the liquid. The pressure here is considered to be based on the depth of the liquid only because the pressure generated as a result of the flow of the liquid can be considered minimal. The pressure of the liquid given above is static fluid pressure or hydrostatic pressure. Water pressure is considered in two cases:
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When the liquid is under atmospheric pressure there is a total systemic pressure provided byĬonditions for Consideration of fluid pressure: The volume of this liquid can be calculated by dividing the volume of the liquid by considering the volume of the extracted liquid. G acceleration due to gravity (considering earth g = 9.8 m / s) P fluid is the pressure at a point in a fluid Liquid pressure can be calculated using the following relationships. Fluid pressure is the pressure within the fluid resulting from the weight of the liquid.And why is this pressure increasing? Because as it deepens, the liquid at lower depth should support the excess liquid as well. In the liquid column, as the depth increases, the pressure increases with it. It is the same with the pressure of a liquid in a column. You obviously carry a lot more weight than the guy in the first row. Have you ever seen a human tower? Consider the case of the man in the bottom line.