In the figure shown, determine the height h of water and the gage reading at A when the absolute pressure at B is 300 kPa h 721 mm Air Pab. - 180 kPa Mercury Water ⒸA

The vertical reducing section shown in the figure contains oil with S flowing upward at the rate of 0.5 m /s. The pressure at the larger section is 200 kPa. Neglecting losses, determine the force induced by the flow on the contraction. 0.86, 300 mm dia asomm 450mm 450 mm dia

= What is the gauge pressure at point P in the figure? Assume g 플 Water Immiscible liquid of sp. gr. 1.6 P 0.8 m 1 m 10 m/s²

Problem 10.56 The 100-mm-diameter commercial steel pipe discharges water at 25°C through the 40-mm-diameter nozzle. (Figure 1) Figure 40 mm g 60e 3m A 100 mm 1 of 1 Part A If the pressure at A is 250 kPa, determine the discharge. The minor loss coefficient of the nozzle is KL = 0.15. Express your answer to three significant figures and include the appropriate units. Q= Submit OL μА Value Provide Feedback Request Answer Units ? (v 5 of 6 Review Next >

In fig. if H= 88 inches, the difference in pressure =---?(the fluid is water) Piezometer (static) tube- -Pitot tube 2 BAR CO -Fluid stagnates at point 2 (v₂ = 0) 357.6. lb/ft2 O 243 lb/ft2 O 457.6 lb/ft2. O

For the system shown below, compute the (a) gage pressure and (b) absolute pressure at point A. The atmospheric pressure is 14.7 psi. Express the pressures in psi (Ib/in?). Oil (SG = 0.85) Water 6 in A Mercury (SG = 13.6) 9 in 7 in

The cage system shown in the figure is made of EC rod. The Flow Limit of the material is 180 MPa and the Safety Coefficient is 4 is desired to be. Accordingly, the circular cross section EC rod Calculate the diameter.

The gage pressure of the air in the tank shown in figure is measured to be 65 kPa. Determine the differential heighth of the mercury column. 65KPA Oil ŚG = 0.72 75cm Air Water Mercury SG - 13.6 30cm

1.) A pressure in a given tank reads 398 mm of Hg. Determine the equivalent height of a certain fluid in m with sp.gr= 4.33.