![[1] Water flowing in a pipe is determined to be moving at the velocities given in the diagram below. The higher level is 3 meters above the lower one and the pressure in the lower portion is measured to be 200 kPa. Determine the pressure inside the upper pipe Treat the water as an ideal fluid obeying Bernoullis equation. Consider the path connecting poin in the lower pipe with point 2 in the upper pipe a streamline 200 kPa 2.0 m/s ater Bernoullis equation is Using p-200 kPa-2.00 × 105 Pa. p 1000 kg/m*, y-y,-3.0m, v,-2.0m/s, and v,-3.0m/s, P2- 2.00 x 105 Pa (10 kg/m)[(2m/s)2 - (3m/s)] +(10 kg/m(9.81m/s)(-3m) - 1.68 x 105 Pa If the upper pipe has an open end, we can also determine the velocity of the water just outside the opening Pin = 168 kPa, v.-3.0 m/s Pour = Parm-10 1 kPa 168kPa + ½ ( 10, kg/m)(3m/s)-101 kPa ÷ ½ (10 kg/m) w (168kPa-101 kPa)/1% (10 kg/m)] + 9 (m/s)-vout2-143 (m/s) Vout [143] m/s = 12 m/s](http://img.homeworklib.com/questions/f22ff220-470c-11ea-bf52-137c26d7bd0f.png?x-oss-process=image/resize,w_560)
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A 2L bottle is filled with water and has a 2mm diameter hole in the side...
[1] Water flowing in a pipe is determined to be moving at the velocities given in...
[1] Water flowing in a pipe is determined to be moving at the velocities given in the diagram below. The higher level is 3 meters above the lower one and the pressure in the lower portion is measured to be 200 kPa. Determine the pressure inside the upper pipe Treat the water as an ideal fluid obeying Bernoulli's equation. Consider the path connecting poin in the lower pipe with point 2 in the upper pipe a streamline 200 kPa 2.0...
Ignore question [1], just need the problem description from it. [1] Water flowing in a pipe...
Ignore question [1], just need
the problem description from it.
[1] Water flowing in a pipe is determined to be moving at the velocities given in the diagram below. The higher level is 3 meters above the lower one and the pressure in the lower portion is measured to be 200 kPa. Determine the pressure inside the upper pipe Treat the water as an ideal fluid obeying Bernoulli's equation. Consider the path connecting poin in the lower pipe with point...
diameter the hole. of how 42. Water moves through a constricted pipe in steady, ideal flow....
diameter the hole. of how 42. Water moves through a constricted pipe in steady, ideal flow. At the lower point shown in Figure P14.42, the pressure is P1.75 X 101 Pa and the pipe diameter is 6.00 cm. At another point y0.250 m higher, the pressure is P2 1.20 X 104 Pa and the pipe diameter is 3.00 cm. Find the speed of flow (a) in the lower section and (b) in the upper section. (c) Find the volume flow...
In a section of horizontal pipe with a diameter of 4.0 cm, the pressure is 47...
In a section of horizontal pipe with a diameter of 4.0 cm, the pressure is 47 kPa and water is flowing with a speed of 2.0 m/s. The pipe narrows to 2.0 cm. What is the pressure in the narrower region? Treat the water as an ideal incompressible fluid. The density of water is 1000 kg/m3 . (1 kPa = 1000 Pa)
Water flows through a pipe shaped as shown here. The pressure at the lower end of...
Water flows through a pipe shaped as shown here. The pressure at the lower end of the pipe is 296 kPa and the fluid velocity is 5.00 m/s. The upper end of the pipe is 0.600 m higher and the cross-sectional area is 1/3 of the area at the lower end. Calculate the velocity at the upper end of the pipe. 15 m/s Calculate the pressure at the upper end of the pipe.
A) Water moves in a pipe that has a diameter of 34 cm at 1 m/s,...
A) Water moves in a pipe that has a diameter of 34 cm at 1 m/s, but then the pipe reduces to a diameter of 16 cm. Find the velocity of the water in the smaller portion of the pipe. B) Water in a hose with an area of 186 mm2 moves at 4 m/s, but then you cover part of the opening of the hose with your finger, and the water shoots out faster at 26 m/s . Find...
A) A hole is poked through the metal side of a drum holding water. The hole...
A) A hole is poked through the metal side of a drum holding water. The hole is 18 cm below the water surface. What is the initial velocity of outflow? 1.9 m/s 2.6 m/s 3.0 m/s 3.2 m/s 3.5 m/s 1.9 m/s B)The flow rate of a liquid through a 2.0 cm radius pipe is 0.008 m3/s. The average fluid velocity in the pipe is: 6.37 m/s 0.04 m/s 2.00 m/s 4.64 m/s 0.64 m/s C)How large a force is...
002 10.0 points A liquid of density 1268 kg/m3 flows with speed 1.31 m/s into a...
002 10.0 points A liquid of density 1268 kg/m3 flows with speed 1.31 m/s into a pipe of diameter 0.25 m The diameter of the pipe decreases to 0.05 m at its exit end. The exit end of the pipe is 4.7 m lower than the entrance of the pipe, and the pressure at the exit of the pipe is 1.5 atm Pi 1.31 m/s iP) 1.5 atm 0.25 m 0.05 m Applying Bernoulli's principle, what is the pressure Pı...
A horizontal pipe has an abrupt expansion from D1 = 5 cm to D2 = 10...
A horizontal pipe has an abrupt expansion from D1 = 5 cm to D2 = 10 cm. The water velocity in the smaller section is 8 m/s and the flow is turbulent. The pressure in the smaller section is F1 400 kPa. Taking the kinetic energy correction factor to be 1.06 at both the inlet and the outlet, determine the downstream pressure F2, and estimate the error that would have occurred if Bernoulli's equation had of water to be p...
You come across an open container that is filled with two liquids. Since the two liquids...
You come across an open container that is filled with two liquids. Since the two liquids have different densities, there is a distinct separation between them. Water, which has a density of pw 1.00 x 103 kg/m, fills the lower portion of the container to a depth of 0.206 m. The fluid that is floating on top of the water is 0.342 m deep. If the absolute pressure on the bottom of the container is 1.049 x 10 Pa, what...
[1] Water flowing in a pipe is determined to be moving at the velocities given in the diagram below. The higher level is 3 meters above the lower one and the pressure in the lower portion is measured to be 200 kPa. Determine the pressure inside the upper pipe Treat the water as an ideal fluid obeying Bernoulli's equation. Consider the path connecting poin in the lower pipe with point 2 in the upper pipe a streamline 200 kPa 2.0...
Ignore question [1], just need
the problem description from it.
[1] Water flowing in a pipe is determined to be moving at the velocities given in the diagram below. The higher level is 3 meters above the lower one and the pressure in the lower portion is measured to be 200 kPa. Determine the pressure inside the upper pipe Treat the water as an ideal fluid obeying Bernoulli's equation. Consider the path connecting poin in the lower pipe with point...
diameter the hole. of how 42. Water moves through a constricted pipe in steady, ideal flow. At the lower point shown in Figure P14.42, the pressure is P1.75 X 101 Pa and the pipe diameter is 6.00 cm. At another point y0.250 m higher, the pressure is P2 1.20 X 104 Pa and the pipe diameter is 3.00 cm. Find the speed of flow (a) in the lower section and (b) in the upper section. (c) Find the volume flow...
Water flows through a pipe shaped as shown here. The pressure at the lower end of the pipe is 296 kPa and the fluid velocity is 5.00 m/s. The upper end of the pipe is 0.600 m higher and the cross-sectional area is 1/3 of the area at the lower end. Calculate the velocity at the upper end of the pipe. 15 m/s Calculate the pressure at the upper end of the pipe.
002 10.0 points A liquid of density 1268 kg/m3 flows with speed 1.31 m/s into a pipe of diameter 0.25 m The diameter of the pipe decreases to 0.05 m at its exit end. The exit end of the pipe is 4.7 m lower than the entrance of the pipe, and the pressure at the exit of the pipe is 1.5 atm Pi 1.31 m/s iP) 1.5 atm 0.25 m 0.05 m Applying Bernoulli's principle, what is the pressure Pı...
A horizontal pipe has an abrupt expansion from D1 = 5 cm to D2 = 10 cm. The water velocity in the smaller section is 8 m/s and the flow is turbulent. The pressure in the smaller section is F1 400 kPa. Taking the kinetic energy correction factor to be 1.06 at both the inlet and the outlet, determine the downstream pressure F2, and estimate the error that would have occurred if Bernoulli's equation had of water to be p...
You come across an open container that is filled with two liquids. Since the two liquids have different densities, there is a distinct separation between them. Water, which has a density of pw 1.00 x 103 kg/m, fills the lower portion of the container to a depth of 0.206 m. The fluid that is floating on top of the water is 0.342 m deep. If the absolute pressure on the bottom of the container is 1.049 x 10 Pa, what...
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