can you please find the solution for the que no: 3.48 TOCENGAGEINTRODUCTION TO FLUID POWER57CHAPTER THREE Pressure MeasurementVentTubOil(sg 0.86)Sink375 mmWaterPumpFIGURE 3.20 Washing machine for Problem 3.42.FIGURE 3.22 Problems 3.48-3.50.3.49 For the tank in Fig. 3.22, compute the depth of the waterif the depth of the oil is 6.90 m and the gage at the bottomof the tank reads 125.3 kPa(gage).3.50 Figure 3.22 represents an oil storage drum that is opento the atmosphere at the top. Some water was acciden-tally pumped into the tank and settled to the bottom asshown in the figure. Calculate the depth of the water h, ifthe pressure gage at the bottom reads 158 kPa(gage). Thetotal depth hr = 18.0 m.3.51 A storage tank for sulfuric acid is 1.5 m in diameter and4.0 m high. If the acid has a specific gravity of 1.80, cal-culate the pressure at the bottom of the tank. The tank isopen to the atmosphere at the top.3.52 A storage drum for crude oil (sg = 0.89) is 32 ft deep andopen at the top. Calculate the pressure at the bottom.3.53 The greatest known depth in the ocean is approximately11.0 km. Assuming that the specific weight of the water isconstant at 10.0 kN/m', calculate the pressure at this depth.3.54 Figure 3.23 shows a closed tank that contains gasoline float-ing on water. Calculate the air pressure above the gasoline.AirOil(sg = 0.95)FIGURE 3.21 Problems 3.44-3.47.The container is vented to the local atmosphere. What isthe absolute pressure at the surface of the mercury andat the bottom of the container? Assume the conditionsof the standard atmosphere prevail for pressure. Usesg = 13.54 for the mercury.3.44 For the tank shown inAir3.21, determine the readingof the bottom pressure gage in psig if the top of the tankis vented to the atmosphere and the depth of the oil h is28.50 ft.Gasoline0.50 m(sg = 0.68)3.45 For the tank shown in Fig. 3.21, determine the reading ofthe bottom pressure gage in psig if the top of the tank issealed, the top gage reads 50.0 psig, and the depth of theoil h is 28.50 ft.3.46 For the tank shown in Fig. 3.21, determine the reading ofthe bottom pressure gage in psig if the top of the tank issealed, the top gage reads -10.8 psig, and the depth of theoil h is 6.25 ft.Water1.00 m457mm381 mm3.47 For the tank shown in Fig. 3.21, determine the depth ofthe oil h if the reading of the bottom pressure gage is 35.5psig, the top of the tank is sealed, and the top gage reads30.0 psig.3.48 For the tank in Fig. 3.22, compute the depth of the oil ifthe depth of the water is 2.80 m and the gage at the bot-tom of the tank reads 52.3 kPa(gage).Mercury(sg = 13.54)FIGURE 3.23 Problem 3.54.

Answered: 3.48 For the tank in Fig. 3.22, compute…

3.48 For the tank in Fig. 3.22, compute the depth of the oil if the depth of the water is 2.80 m and the gage at the bot- tom of the tank reads 52.3 kPa(gage).

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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