A 5-m-long. 4-m-high tank contains 2.5-m-deep water when not in motion and is open to the atmosphere through a vent in the middle. The tank is now accelerated to 3-146 the right on a level surface at 2 m/s². Determine the maxi- mum pressure in the tank relative to the atmospheric pres- sure. Answer: 29.5 kPa Vent 1.5 m Water tank 2 m/s2 2.5 m 5 m

A 5-m-long. 4-m-high tank contains 2.5-m-deep water when not in motion and is open to the atmosphere through a vent in the middle. The tank is now accelerated to 3-146 the right on a level surface at 2 m/s². Determine the maxi- mum pressure in the tank relative to the atmospheric pres- sure. Answer: 29.5 kPa Vent 1.5 m Water tank 2 m/s2 2.5 m 5 m

Name: A 5-m-long. 4-m-high tank contains 2.5-m-deepwater when not in motion
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: A 5-m-long. 4-m-high tank contains 2.5-m-deepwater when not in motion and is open to the atmospherethrough a vent in the middle. The tank is now accelerated to3-146the right on a level surface at 2 m/s?. Determine the maxi-mum pressure in the tank r

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

See similar textbooks

Similar questions

Fluid contained in pressure tanks A and B has density 700 Kg/m3 and SG = 0.89 respectively. Both tanks are connected with a manometer and manometric fluid is mercury as shown in figure below. Determine the new differential reading (in meter) if the pressure in tank B increases 0.01 MPa, and the pressure in tank A remain constant. The initial differential reading is 40 cm as shown in figure. Also calculate new differential reading in MPa.
A vertical cylinder with crosssectional area A = 1 dm2 contains h1 = 25 cm of water at the bottom. The space above it is filled with the saturated vapour of the water, which is separated from the external space by a piston. The bottom of the piston is h2 = 75 cm above the water level. The density of water at this temperature is n = 2 times the density of saturated vapour. (a) If temperature is held constant, by how much should the piston be pushed down in order to decrease the volume of vapour to V = 4.5 dm3 ? (b) If temperature is held constant, by how much should the piston be pushed down in order to have the vapour condense completely?
An a tank filled with mercury (density 13000 kg/m3)at depth 10 m , the force actining at the hatch with diameter 0.75 m (located at the bottom tank) is (Taken gravitational acceleration as 10 m/s2):
A fish tank that contains 60 cm high water is moved in the cabin of elevator. Determine the pressure in kPa at the bottom of the tank when the elevator is moving upward with an upward acceleration of 3 m/s^2. Include the free body diagram in your solution. a.5.89 b.4.09 c.7.69 d.6.46
A simple manometer is used to measure the pressure of oil s.p 0•8 flowing in a pipeline it's right limb is open to the atmosphere and the left limb is connected to the pipe.The centr of the pipe is 9•0cm below the level of the mercury in the right limb.if the difference of the mercury level in the two limbs is 15cm, determine the absolute and the gauge pressures of the oil in the pipe.
The pressure in a natural gas pipeline is measured by the manometer shown in the figure with one of the arms open to the atmosphere where the local atmospheric pressure is 14 psia. Determine the absolute pressure at the bottom of the natural gas pipeline. Take the density of water to be pw = 62.4 lbm/ft3 Specific gravity of mercury is 13.6, and its density is pHg = 848.6 lbm/ft³ Specific gravity of oil is given to be 0.69, and its density is Poil = 43.1 lbm/ft³. Natural Gas 14 in 6 in Mercury SG = 13.6 -Oil 2 in 22 in Water The absolute pressure at the bottom of the natural gas pipeline is psia. E
a 2.3 m high by 2.5 m wide by 4.5 m long enclosed tank is filled with water and accelerated horizontally at 6.7 m/s2. the top of the tank has a small slit across the front. determine the total force acting on the rear end of the tank in kn
"Using a 1-kg load at a specified joint, your experiment displayed that the bottom chord experienced a tensile force FBC of 2.60 N. If your computations showed that FBC is equal to 2.99 N (tensile), what is the percentage error?" A 19.33% B 5.17% c) 5.45% -5.17%
A closed cylindrical vessel of diameter 20 cm and height of 100 cm contains water up to height of 70 cm. The air above the water surface is at a pressure of 78.48 kPa. The vessel is rotated at speed of 300 rpm about its vertical axis. Find the pressure head in m at the bottom edge of the vessel. CHOICES: a.8.95 m b.8.06 m c.8.45 m d.7.86 m