pipe carrying oil of sp gr 0 877 changes in A pipe carrying oil of sp gr 0.877 changes in size from 150mm at section E to 450mm at section R Section E is 3 66m lower than R section R. Section E is 3.66m lower than R and the pressures are 91.0kPa and 60.3kPa, respectively. If the discharge is 0.146m3 respectively. If the discharge is 0.146m /s, determine the lost head and the direction of flow.

Q: 3 feet -hinge AC Linseed Oil (SG = 0.938) Castor Oil 32 feet (SG = 0.96) 7 feet 1water B 77

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Q: A liquid flows into the tank at A at 4 m/s. Determine the rate, dy/dt, at which the level of the…

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Q: A reducing elbow is used to deflect water flow at a rate of 14 kg/s in a horizontal pipe upward 30°…

A: Given data:m=14 kg/s˙A1=113 cm2A2=7 cm2h=30 cm

Q: 4. In figure, pipes 1 and 2 are of diameter 3 cm; D3 = 4 cm. Water enters section 1 at 6 m/s while…

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Q: 5) What is the maximum gage pressure in the odd tank shown in the Figure 2? Where will the maximum…

A: To find (A)Pmax (B) Location of Pmax (C)FCD

Q: in a vertical pipe conveying oil of specific gravity 0.8, two pressure gauges have Problem been…

A: Specific gravity of oil=0.8 Density=0.8*1000=800kg/m^3 Dia at A Da=16cm=0.16m Area at A,A1=0.02m^2…

Q: The velocity profile of water(density 1000 kg/m and viscosity of 0.001 N.S/m² ) in a pipe is u%=²(R²…

A: Given:

Q: For a vertical rectangular gate, one side has linseed oil (0.939) and the other has two fluids -…

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Q: Oil with density of (925 kg/m3 ) (9 = 0.00001 m2/s, and Q = 0.2 m3/s) is flowing through 500m pipe…

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Q: d, = 500 mm 0 = 45° P1 = 40 kN/m? Control Volume dz =, 250 mm P2 = 23 kN/m2

A: Given data  Diameter  Discharge  Angle Pressure    We will use Momentum equation to solve this…

Q: In a vertical pipe conveying oil of specific gravity 0.8, two pressure gauges have been installed at…

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Q: 36 " chinge Linseed Oil А (SG = 0.938) Castor Oil 32 feet (SG = 0.96) 7 feet 11ater В

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Q: An oil with p=900 kg/m and v0.0002 m'/s flows upward through an inclined pipe as shown in Fig. E6.4.…

A: Steady Laminar flow: It is defined as the flow in which the fluid particles move along the defined…

Q: What is the capillary rise "h" of water inside the space between two concentric cylinders? Let the…

A: Capillary rise : capillary rise is the rise in liquid level due to action of adhesion or cohesion…

Q: Water at 65 degrees Celsius is flowing horizontally at a rate of 84.1 m^3/hr in a pipe. It enters a…

A: Answer We can determine the magnitude and direction of the force by using the equation of motion.…

Q: The diameter of a pipeline at point 1 is 75 mm and at point 2 is 25 mm. Points 1 and 2 are at the…

A: Consider the following figure. The specific gravity is G=1.4. The pressure head at point 1 is,…

Q: The pressure gauges are inserted at A and B in a vertical pipe converging water.  The diameters at A…

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Q: pipe carrying oil (SG = 0.877) change in size from 150mm diameter in point 1 to 450mm diameter in…

A: Head loss is generally a measurement of the energy dissipated in a fluid system due to friction…

Q: Two pipes A and B which are connected in series have diameters and lengths equal to 400 mm 0200 m,…

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Q: The open tank filled with a liquid in full as shown in the figure below has the height of h = 6.00…

A: The center of pressure is the point where the total sum of a pressure field acts on a body, causing…

Q: 2. An oil is flowing between two parallel horizontal plates which are 20 mm apart. The top plate is…

A: Solution Given Data Horizontal plate distance= 20 mm Uniform Speed= 0.1 m/s Viscosity of oil= 0.1…

Q: An upward flow of oil (mass density 800 kg/m³, dynamic viscosity (0.8 kg/m-s) takes place under…

A: Given values: Density, ρ = 800 kg/m3 Dynamic viscosity , μ = 0.8 kg/m-s Diameter, D = 0.1 m…

Q: An upward flow of oil (mass density 800 kg/m°, dynamic viscosity 0.8 kg/m-s) takes place under…

A: Mass density of fluid (ρ) = 800 kg/m3 Dynamic viscosity (μ) = 0.8 kg/m-s Diameter of pipe (D) = 0.1…

Q: Ope What is the maximum gage pressure atmo in the odd tank shown in the figure? Where will the…

A: Given:- T=10 degree Celsius S=3.0 To find:- FCD

Q: Problem 1. A 75-mm diameter orifice discharges 0.023 m3/s of liquid under a head of 2.90 m. The…

A: Given data,  Diameter of orifice = 75 mm Discharge = 0.023 m³/s Head = 2.9 m Diameter at vena…

Q: An orifice 150 mm diameter, having a coefficient of contraction of 0.65 discharges oil (SG=D0.80)…

A: The correct answer is 0.93

Q: An upward flow of oil (mass density 800 kg/m3, dynamic viscosity 0.8 kg/m-s) takes place under…

A:

Q: A pipe of 0.7 m diameter has a length of 6 km and connects two reservoirs A and B. The Ans water…

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Q: For a vertical rectangular gate, one side has linseed oil (0.938) and the other has two…

A:

Q: 3.21 What is the maximum gage pressure in the odd tank shown in the figure? Where will the maximum…

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Q: 500 sin 10° 86.82 m .10° %3D L = 500 m

A:

Q: An upward flow of oil (mass density 800 kg/m³, dynamic viscosity (0.8 kg/m-s) takes place under…

A: Given data  Density of oil = 800 kg/m3 Dynamic viscosity= 0.8 kg/ms  Diameter of pipe (D) = 0.1 m…

Q: 4. A sharp-edge orifice in the vertical wall of a large tank has a diameter of 25mm, Cc=0.62 and Cv…

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Q: Oil (SG=0.8) discharges from a 250mm diameter pipe through a sharp-crested orifice whose dia is…

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Q: An orifice in the side of a vertical tank discharges oil (sp. gr. = 0.82) under a head of 4.0 m. and…

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Q: Question 3 Determine the pressure (kPa) of the water in the pipe at B, if the tank is filled with…

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Q: 3. Obtain the gage pressure at the center A of the pipe shown. Ignore surface tension effects.…

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Q: (a) The velocity at point D, E, and F. (b) The differential height, h of mercury between the…

A: Step : 1 Since you have posted a question with multiple sub-parts, we will solve first three…

Q: An upward flow of oil (mass density 800 kg/m³, dynamic viscosity (0.8 kg/m-s) takes place under…

A: Solution: Given: mass density, ρ = 800 kg/m3 dynamic viscosity, μ = 0.8 kg/m-s pipe diameter, D =…

Q: Two pipes A & B carries an oil of specific gravities 0.9 & 1.2 respectively.  The center of the pipe…

A: Difference in centers of Pipe A and B, h = 0.3 m Specific gravity of oil in Pipe A, SA = 0.9…

Q: Problem 9 - 36 The pipe bend shown is in a horizontal plane. A fluid weighing 8.615 kN/m enters the…

A: find the force required to hold the bend in place.

Q: A vertical gate 2m wide and 6 m high is located at the side of a large tank and was hinged at the…

A: Peessure at the centre of gravity of the gate 0.84×γw×4-18.7514.2116 kpaTotal hydrostatic…

Q: Oil of viscosity 0.1 Pa.s and specific gravity 0.90, flows through a horizontal pipe of 25 mm…

A:

Q: An oil with p-900 kg/m and v= 0.0002 m/s flows upward through an inclined pipe as shown in Fig.…

A: Given Density of oil =900kg/m3 Kinematic viscosity of oil=0.0002m3/s D=6cm L=10m P1=350kpa P2=250kpa

Q: The pipe bend shown is in a horizontal plane. Oil with a specific gravity of 0.86 enters the…

A:

Q: Water at 20°C flows through a 300-mm-diameter pipe that discharg sphere as shown in Figure 4.61,…

A: Inlet diameter = d1 = 300mm Outlet diameter = d2 = 100mm Discharge = Q = .2m3/s Inlet pressure = P =…

Q: Q3. SAE 30 oil (Sp. Gr. =0.833) with a dynamic viscosity 0.28 N.S/m² flows in a 4-cm-diameter pipe…

A: Bernoulli's Equation; PAr+ZA+VA22g=PBr+ZB+VB22gr=0.833×9.81=8.17 KN/m3ZA=0 (Considering datum at…

Q: Oil (µ = 0.35 Pa-sec) flows through a horizontal 20 cm diameter circular pipe. The velocity at any…

A: Given data in question  Dynamic viscosity 0.35 Pa - sec. Equation of velocity is given Radius of…

Q: A rough pipe of 0.5 m diameter, 300 m length and roughness height of 0.25 mm, carries water…

A: Given data,  kinematic viscosity = γ = 0.9 × 10-6 m2/sec,  length l = 300 m velocity = 3m /sec…

Q: For a vertical rectangular gate, one side has linseed oil (0.938) and the other has two…

A: Specific gravity of linseed oil, SG1=0.938Specific gravity of castor oil, SG2=0.96The value of z =…

Pressurized pipe flow

A 15-kilometer-long pipe with a pipe diameter of one meter transports water at a speed of one meter per second. The pipe has a friction coefficient of 0.005. Calculate the frictional head loss?