otal head pressure 1 m2 and m2. n.
Q: A pipe with internal diameter, length, coefficient of friction, of 50 mm, 6 m, 0.008, respectively,…
A: Given: Tank D=3m Water level=5m di=50mm=0.05m L=6m ZA=5m ZB= -2m he=0.008
Q: 5- Compare the reading of pitot tube and the reading of anemometer to the measurement of air…
A: An anemometer is a device which is used to evaluate the velocity of the air by counting the number…
Q: g stool, what h ular velocity al-
A: introduction:here we have to find out effect on angular velocity and angular momentumwhen boy unfold…
Q: Determine the smallest metric hydraulic copper tube size that will carry 4L/min of the following…
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Q: Specify the dimensions of (a) a square duct and (b) a 4:1 rectangular duct that are flow-equivalent…
A: The equivalent diameter of a rectangular duct, De=1.3a×b0.625a+b0.25a=length of rectangleb=width of…
Q: FLUID POWER TECHNOLOGY 3) Explain the classification of compressors. Name the type of compressor…
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Q: The velocity of flow of water at the centre of tube is _______ when the head is 0.1m, η=8.9*10-3…
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Q: onical flow meter d of 0.3 kg/s, as show
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Q: 80 of that of the choke. calcui
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Q: ing negligibi flow rate, area and fluid properties (p, T, p and v) at the tempera
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Q: Conditions the flow rate through the orifice meten is to lo0 /min. of Seawater with P-P = 16 IkPa.…
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Q: Convert 50 GPM to ft/s in a 4" Sch 40 pipe
A: Given data: V˙=50 GPMPipe=4'' schedule 40 pipe Need to Convert 50 GPM to ft/s.
Q: A pipe experienced a total head loss of 15 m, determine the pressure difference from its starting…
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Q: Find the head loss due to friction in a 150 mm in diameter whon th
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Q: Describe the effect of vanes curvature on head developed by rotodynamic pump. (Atleast give two…
A: In the case of forward facing of the blades, the head increases with some extent with the increasing…
Q: Ex 4: For a flow rate Of 2 m/s Of air (pg 12 N/m') what is the largest A2 that will cause water to…
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Q: Discuss the flow through the Coarse and soft pip.
A: Coarse Pipe- In coarse pipe, the surface irregularities are more which destroyed the laminar…
Q: Air flow through duct with nate of 20aLIS t a tomperature socin a regjon n lay.at elevationaLtooo m…
A: Given Flow rate, Q = 200 L/s = 0.2 m3/s Velocity, d = 4 m/s…
Q: a) Briefly explain the characteristics of a laminar flow.
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Q: 9.29 A 4-in-diameter orifice discharges 1.60 cfs liquid under a head of 11.8 ft. The diameter of at…
A: H=11.8ft Q=1.6 cfs
Q: Find the velocity of flow of an oil through a pipe, when the difference of mercury level of…
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Q: Velecity of(3amls) A(5 cm) clia im pinges Water Jet with asingle Vane moving in Same. on olivecation…
A: Given: The diameter of jet, d = 5 cm = 0.05 m The velocity of jet, V1 = 30 m/s The velocity of…
Q: A piping system is to be installed at place where the pump will transfer the fluid from tank A to…
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Q: Write relation of dynamic head with co-efficient of discharge.
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Q: a side of Find the discharge from a 80 m diameter external mouthpiece, fitted to o a large vessel,…
A: Given is an external mouthpiece
Q: Determine the smallest metric hydraulic copper tube size that will carry 4L/min of the following…
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Q: To compute the mass flOw rate of alf a pipe diameter d= 5,10,15, 20...,50 inches at pressures of p =…
A: The problem is given to find mass flow rate
Q: ir at 27°C flows at 3m pipe and supplies con
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Q: Drive an expression for the loss in laminar flow.
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Q: Find the difference in pressure head and velocity of flow of an oil through a pipe, when the…
A: Given that H= 110 mm of Hg ;sp. gravity of oil= 0.9 ; Density of oil= ρ= 900 Kg/m3 ;The coefficient…
Q: Kinetic energy per unit weight is called as. Potential head Velocity Head velocity Energy Mechanical…
A: Option ( b) velocity head
Q: In Fig. 3, pipes I, 2, and 3 are 730+(Reg.No./100) ft of 4-in, 240+(Reg.No./100) ft of 2- in, and…
A: As per BARTLEBY rules i answer only one question,so i hope you understand.
Q: The volume flow rate of water is 654,55 liters/min. Calculate the maximum length of the pipe [m],…
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Q: an 8-in.-diameter, sus head loss data ne average friction
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Q: bläi 10 a. the friction loss (AP) in the main .duct (A) 0.6 m /s 5m 3m 2m FAN 2m 0.4 m3 /s
A: Though not mentioned clearly, the question seems to be a problem of duct designing for an HVAC…
Q: Write relation of elevation with dynamic head.
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Q: A pitot-static tube (C=1.0) is used to measure air speeds. With water in the differential manometer…
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Q: Q1ln a duct enlargement , the velocity reduces from 20 m/s to 5 m/s. If it is a 20 angle gradual…
A: We know that , The increase in static pressure due to a decrease in velocity pressure is known as…
Q: 6. When the inflow occluded, ... than
A: Given: Fill in the blanks
Q: Calculate the friction factor for atmospheric air at 80°F ( = 0.0735 Ibm/ft³,
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Q: occurs when the compressor is operating at low head and very high flow rates. O a. stone wall Ob…
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Q: What is the head loss at the outlet of ti
A: Given: Discharge= 10cfs Diameter of pipe d=12 in To find : Head loss at outlet
Q: n efficiency óf 72%. Thé surface of e friction pressure drop in the pipe
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Q: The water is pumped from a 40 sch pipe that has 750 ft lenght, 6 in. nominal diameters. Height…
A: Application of fluid mechanics is to measure the flow rate of the system Flow rate at any instant in…
Q: A pipe 1 m diameter and 15 km long transmits water of velocity of 1 m/sec. The friction coefficient…
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Q: The flow rate of a hydraulic fluid with a Sg of 1.08 through a 2-in. I.D. orifice is 50 gal/ min. If…
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Q: The depth of water in U/S is 3 m, If the discharge under regulator gate is 2 cubic meter per day.…
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Q: A pelton type turbine has installed 37 m below the head gate of the penstock. The head loss due to…
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Q: and fluid characteristics for flow th corrugated tube with spiral four- st
A: NUMERICAL INVESTIGATION OF HEAT TRANSFER AND FLUID CHARACTERSTICT FOR FLOW THROUGH A CORRU GATED…
Q: What is the hydraulic radius of a rectangular air duct 300mm by 500mm?
A: Calculated hydraulic radius of rectangular duct.
Write the expression of the head of the water flow from the nozzle.
Write the continuity equation.
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- What is the theorical fan power needed to develop a pressure of 7.5 cm water gage W.G. supplied to air moving at 6.0 meter/min through a round duct of 880 mm in diameter?Describe the geometry and operation of a human peristalticPDP that is cherished by every romantic person on earth.How do the two ventricles differ?The 28-in-diameter pump in Fig. at 1170 r/min isused to pump water at 20°C through a piping system at14,000 gal/min. (a) Determine the required brake horsepower.The average friction factor is 0.018. (b) If there is65 ft of 12-in-diameter pipe upstream of the pump, how farbelow the surface should the pump inlet be placed to avoidcavitation?
- What is the performance of pump (in %, whole number) that supplies 80 gpm of water (80°F) with pressure of145 ft head?For the duct system, plot required fan head Hrequired (mm of water column) as a function of volume flow rate V. (Lpm). On the same plot, compare available fan head Havailable versus V. , and mark the operating point. Discuss.The velocity of flow of water at the centre of tube is _______ when the head is 0.1m, η=8.9*10-3 dynes-s/cm2, γw=1 g/cm3, the length is 10m and the diameter is 20cm.Dont attempt wrong I will dislike
- a) What is the head loss in (m)? b) What is the pressure drop (P1-P2) in (kPa)?The difference of mercury level in a differential U-tube manometer connected to the two tapping of the pitot –tube is 100 mm. Take coefficient of pitot tube 0.98 and Soil =0.8. Calculate: i. difference of pressure head (h) ii. entrance velocity (v)The 2.0-m-diameter impeller of a closed centrifugal water p ump is rotated at 1500 rpm. If the casing is full of water, what pressure head is developed by rotation? Ans. 1258 m
- Francis and Kaplan turbines are often provided with drafttubes, which lead the exit fl ow into the tailwater region, asin Fig. . Explain at least two advantages in using adraft tube.Flow turbulence and cavitation in a centrifugal pump generate a similar sound to the human ear. Explain how vibration analysis would help you to determine which is which.Write relation of elevation with dynamic head.