Oil is pumped from reservoir A to B by a 15 hp pump having an efficiency of 75%. The pressure of air inside the tank is 3850 kg/m². Assume head loss to be 1.5 m of oil, determine the discharge. Use specific gravity of oil is 0.85. el 30m el. 14.71m Air el. 10m Oil s= 0.85 A

Oil is pumped from reservoir A to B by a 15 hp pump having an efficiency of 75%. The pressure of air inside the tank is 3850 kg/m². Assume head loss to be 1.5 m of oil, determine the discharge. Use specific gravity of oil is 0.85. el 30m el. 14.71m Air el. 10m Oil s= 0.85 A

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Related questions

Q: A liquid having specific gravity of 2.0 is flowing in a 50mm diameter piper. The total head at a…

A: A liquid which having some specific gravity is given in the question which is flowing through a pipe…

Q: 7.30 FEUS For this refinery pipe, D, 20 cm. D, = 14 cm, and L= 1 m. If crude oil (S = 0.90) is…

Q: 7. A heavy Oil (y = 9000 N/m³) is flowing at a rate of 0.65 m³/s in the system shown. If the total…

A: Q = 0.65 m3/s HL = 2.5 m PB = 70 kPa

Q: solution and diagrams

Q: A 14m diameter cyclindrical storage contains 900m³ of oil (SG=0.85, v=2x10-³ m²/s). A 30cm diameter…

Q: 2. Oil is pumped from reservoir A to B by a 15 hp pump having an efficiency of 75%. The pressure of…

Q: A liquid of specific gravity SG = 1.62 flows in a 75 mm diameter horizontal pipe. The total energy…

A: Specific gravity of liquid, SG =1.62Diamteter of pipe, D=75mm =0.075mThe total energy at a point, E…

Q: 2-10. The soaking bin contains ethyl alcohol used for cleaning automobile parts. Suction pump C is…

A: Given, Density of Ethyl alcohol = 789kg/m³ Pressure at B = -5. 50×10³ Pa Note : Negative sign…

Q: Show step by step solution

A: Pfresh-Psea = 3.39426kPaExplanation:

Q: A pump delivers water at a flow of 10 cubic feet per second (cfs) from a lower reservoir to an upper…

A: Discharge Q=10 ft3/s=0.283168 m3/sec diameter d=16 in=1.33 ftarea A=π4×d2=π4×16122=1.396 ft2…

Q: 3. Oil with sg = 0.86 is being pumped from a reservoir as shown. The pressure at point 1 to point 2…

Q: Determine the discharge in liters/s of a new 1.0 m diameter cast iron pipe if the friction loss is…

A: Diameter, D = 1m Friction loss = 10 kPa Length, L = 100 m Specific gravity, S = 0.912 kinematic…

Q: A type of oil [SG = 0.85 , visco = 211cP] is pumped at a rate of 86 ft^3/hr from an open reservoir…

Q: Fluid Laboratory Experiments Reynolds number It is required to calculate the type of flow

Q: A closed cylindrical tank 5m high contains 2.5m of water. A 100mm diameter circular orifice is…

Q: temperature is 10°C. Assume turbulent flow at all locations. What is the pressure at point B? V…

Q: El. 200 mA A Res. H-W Pipe B Pipe E pipec → Negleet minor losses → Pipes B, C, and E are all have: L…

A: Vc = 5m/s

Q: An 8 hp pump is installed near the reservoir container of oil having a s.g. Of 0.82. The rate of…

Q: 7.30 FLUS For this refinery pipe, DA = 20 cm. Dg = 14 cm, and L= 1 m. If crude oil (S = 0.90) is…

Q: A liquid (SG = 0.920) is being pumped from a reservoir as shown. The pressures at point %3D 1 and 2…

Q: Oil (s=0.80) and viscosity (u = 0.098 Pa – sec) flow from a reservoir of surface elevation 100…

A: Please find attached images for solution

Q: Oil with sp. gr. of 0.88 is being pumped from a lower reservoir to an elevated tank. The pump in the…

A: since lower reservoir is at lower elevation therefore to discharge oil into reservoir 2 we need to…

Q: Q3: A: In figure (3), the flow rate of water from reservoir (A) is 0.438 m³/s. Determine the power…

A: ZA = 123m ZB = 122m ZE = 80m C = (8g/f)0.5 or, f = 8g/C2 = 8*9.81/1202 = 0.0055 V1 = Q/A1 =

Q: Oil (s=0.80) and viscosity (u = 0.098 Pa - sec) flow from a reservoir of surface elevation 100…

Q: 1. Kerosene (p = 804 kg/m³ ; µ = 1.92x10-3 kg/m-s) is pumped at 0.15 m³/s through 20 km of…

A: Calculate the head loss and the pressure drop through the pipe.

Q: a cylindrical vessel has 0.5m diameter and 1m height rotates at 10rad/s. initial height of Mercury…

Q: The centerline of the standard orifice is 3.2 meters above the ground and 3.5 meters below the…

Q: closed 0.4m diameter cylindrical tank is completely filled with oil (SG=0.9) and rotates about its…

A: Diameter of cylinder (D) = 0.4m Specific gravity of oil (SG) = 0.9 Angular velocity = 40 rad/s…

Q: Situation 1 The 60 cm pipe conducts water from reservoir A to a pressure turbine which discharges…

Q: 2. A nozzle 3 m long has a diameter of 1.3 m at the upstream end and reduces linearly to 0.45 m…

A: Figure is as shown

Q: ELEV. 130m 2 B L = 1000m D = 200mm f = 0.023 L = 1500m D = 250mm L = 300m ELEV. = 40m f = 0.02 D =…

Q: Analyze the hydraulic system diagram below and determine the power required for the pump, so that…

A: Given- Δy=30 cmt = 5 sd = 18 mm D = 70 mmhL= 3.0 m²/s²ρ = 881.1 kg / m³g = 9.81 m / s²

Q: Question 4: A. For the system shown in the figure, select the proper pump that has the best…

A: Given, CHW = 150 D = 100 mm

Q: 14. Water is pumped from one tank to another through a 0.100 m smooth plastic tube. The flow rate is…

Q: For the piping system shown below, determine the flow distribution and the piezometric heads at the…

Q: A 10-cm long horizontal nozzle is connected to a 5 cm diameter hose and converges to a 2 cm…

A: Given data in question Diameter of nozzle 5 cm End Diameter of hose 2 cm Length if nozzle 10 cm…

Q: Given Water at 10°C flows at the rate of 970 L/min from the reservoir and through the pipe shown in…

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

A: Pressure- pressure is defined as the force applied perpendicular to the surface of objects. Unit of…

Q: For the piping system shown below, determine the flow distribution and the piezometric heads at the…

A: We have to find the value of flow distribution and the piezometric head at the junction j according…

Q: A liquid of specific gravity SG = 1.54 flows in a 13 cm diameter horizontal pipe. The total energy…

A: Specific gravity of liquid, SG =1.54Diameter of pipe, D =13cm =0.13mThe total energy at a point in…

Concept explainers

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?

Question

Oil is pumped from reservoir A to B by a 15 hp pump having an efficiency of 75%. The
pressure of air inside the tank is 3850 kg/m². Assume head loss to be 1.5 m of oil, determine
the discharge. Use specific gravity of oil is 0.85.
el 30m
el. 14.71m
B
Air
el. 10m
Oil
s= 0.85

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, civil-engineering and related others by exploring similar questions and additional content below.

Similar questions

Problem 4. Fundamentals of Fluid Flow. Solve for the head added due to pump (in meters) for the system shown below. Discharge is 0.3 cu. m/s. Assume that the head loss in the 4" pipe is to discharge, has a diameter of 4". Discharge pipe at point 2 is located h = 1. The pressure in the discharge pipe at point 2, and reservoir 1, are atmospheric. Assume that reservoir 1 is very large. 7 times its velocity head. The entire pipe, from supply 2meters above reservoir h pump Figure 4. Problem 4 Illustration.
A pump draws water from reservoir A and lifts it to reservoir B as showm, The head los from reservoir A to pipe 1 is 3 times its velocity head and the head loss for pipe 2 to reservoir B is 20 times the velocity head. When the discharge is 20 L/s a) Compute the horsepower output of the pump in kW b) Compute the pressure head at pipe 1 c) Compute the pressure head at pipe 2 EL Om pipe 1 150 mm pipe 2 100 mm -EL-20 m EL 240 m
The water is flowing with a velocity of 1.5 m/s in a pipe of length 2500 m and of diameter 500 mm. At the end of the pipe a valve is provided. Find the rise in pressure if the valve is closed in 25 seconds. Take the value of C=1460 m/s.
For the piping system shown below, determine the flow distribution and the piezometric heads at the junction (j) using the Newton-Raphson Method of solution, power 20 Kw D = 0.2 m, D,= 0.15 m, D,= 0.15 m f= 0.021, f,= 0.018, f, = 0.023 L1=100 L2=145 L3=350 30 m В 2 15 m 10 m A Pump 1 j
14. Water is pumped from one tank to another through a 0.100 m smooth plastic tube. The flow rate is 0.200 m³/s. The head loss due to major and minor friction losses is given by the equation, h₁ = 12.0 2g V 25 m Pump Determine the pump head. Also determine the shaft work done by the pump.
3. Medium lubricating oil (sg=0.85) is pumped through 360m of horizontal 75mm pipe at the rate of 3.14L/S. If the drop in pressure is 300kPa. Compute for the absolute viscosity in Ns/m2 of the oil. a. 0.311 b. 0.206 c. 0.504 d. 0.790
A Pump The oil tanks have a diameter of D = 12m. The initial depth of the oil in tank A is 20m, and in tank B the depth is 1 m. The pump delivers a constant head of 60 m. The connecting pipe has a diameter of b = 0.2m, and the head loss due to friction in the pipe is hyL = 8- Find the time required to fill tank B to 14m depth. (neglect minor losses)
Determine the flow distribution of water in the system shown in Figure below. Assume constant friction factors, with f= 0.03. The head-discharge for the pump is Hp = 70 m el 50 m Pipe L (m) D (mm) ΣΚ el 48 m 1 100 750 850 350 200 200 [2] [4] 3 el 0m [5] 4 500 200 350 250 [1] [3]