The open cylindrical tank is filled with linseed oil. A crack having a length of 45 mm and average height of 2 mm occurs at the base of the tank. (Figure 1) Part A How many liters of oil will slowly drain from the tank in eight hours? Take po = 940 kg/m³. Express your answer using three significant figures. • View Available Hint(s) Figure < 1 of 1 > ΑΣφ ve . Vie = liters Submit 3m Provide Feedback

The open cylindrical tank is filled with linseed oil. A crack having a length of 45 mm and average height of 2 mm occurs at the base of the tank. (Figure 1) Part A How many liters of oil will slowly drain from the tank in eight hours? Take po = 940 kg/m³. Express your answer using three significant figures. • View Available Hint(s) Figure < 1 of 1 > ΑΣφ ve . Vie = liters Submit 3m Provide Feedback

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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Three types of fluids stack in an open tank as shown in the picture. If the specific gravidties are sg1=1.00, sg2=2.00, sg3=3.00, and h1=1.00 m, h2=1.00 m, h3=1.00 m, calculate the gage pressure at location 4, P4(gage)=_________(kPa)
(Please no hand writing solution) What is the pressure at the bottom of 10,000 feet of methane (MW =16) if the surface pressure is 400 psia and the temperature is 640 R.
Hi, I think you forgot to divide the answer by 2 as indicated in your initial formula. Moreover, I tried solving the problem using the formula I attached as image here and I got a positive value of the answer you came up with. What answer would be the right one? Also, please explain the cause and effects of having that certain value of theoretical pressure drop in the problem. Thank you so much!
8 P Flag question Two ends of an U-tube manometer which contains mercury, is connected between two pipes (A & B), that carries of oil of specific gravities 1.8 & 1.2 respectively. The center of the pipe A (left limb) is 12 cm above the pipe B (right limb). The mercury level difference in the right limb is 3.1 cm and the height of fluid in the right limb is 6.2 cm. Find the pressure difference between these two pipes in Kilo Pascal (kPa). Draw the diagram. (diagram (Please solve the problem in a paper and upload in the separate submission link provided and also fill the answers without the unit in the box below) The difference of pressure between the pipes A & B in (kPa) = Question 13 II
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(Solve the problem in a paper and upload as PDF file in the separate submission link provided, also fill the answers without the unit in the box below ) C1. Capillary rise of 3 mm is noticed when a glass tube is immersed in a container containing oil of specific gravity 0.64. The contact angle of oil is 190 and surface tension of the oil at 200C in contact with air is 0.088175 N/m. Find the following: Diameter of the glass tube in m
A three-cylinder four-stroke engine running at 750 revolutions per minute (rm) consists of cylinders each with a bore diameter 18.50 cm and a piston stroke length of 40.20 cm. During engine testing when the engine is running at 750 revolutions per minute (rpm), a pressure-volume (p-v) indicator diagram is generated and has a mean net area of 6.50 cm? and a diagram length of 3.25 cm. The pressure scale on the indictor diagram is set to 180 kN/m? per cm. Calculate the indicated power in kilowatts (kW) developed by this engine and give your answer to 2 decimal places
Toplam basınç göstergesi Manometre Vana Venturimetre Debiölçer Hazne Pompa Manometre=Manometer Venturimetre=Venturimeter Debiölser-Flaw meter Vana=Valve Pompa=Pump Hazne=Tank Toplam Basınç Göstergesi =Total Pressure Gauge It is desired to display the flow in the venturimeter, How can you determine this? Explain bY. explaining the method vou bave chosen.
Please include a diagram for better understanding
NOTE: Please provide the given, formulas, and units. Show the complete solution with no shortcut please. I'll upvote it after you did it. A 5-kg tank that has a volume of 0.2 m^3 is filled with water. Assuming water's density to be 1000 kg/m^3, determine the weight of the combined system.
1. A U-tube manometer filled with Liquid A is attached to the underside of 4 inch pipe carrying water, as shown in Figure 2. At a point directly above the inclined U-tube manometer tap, the upstream tap of an inverted U tube is located. The inverted-U-tube manometer is filled with a Liquid B. If the P; = 17 psi, determine; (Note: I in (inch) = 25.4 mm, 1 atm = 101.325 kN/m² = 1.01325 bar = 101.325 kPa = 14.7 psi, g =9.81m/s³). (a) the differential manometer reading (psig), and (b) the value of X (inch). Liquid B, SG = 0.5 37 in. 12 in. Water P1. Pz. 4 in. X in. 58 in. 45° Liquid A, SG = 13.6