fresh water end Seuco eoter flocotng in parallel horizon tal pipelines are connected to each other m double U-tube manometer as shown M Figure Determine the pre 8&ure difference between the pipelines. Take thedensite ef seaweter = l035trg/m3. Can the air be rgnored n the analee Sis

Q: oil (desity 731.3 Eg/4) jmamic Viscocitys nomic Viscocity 52 kg/ms) flous in a pipe 66.36mm diameter…

A: Basics of Frictional pipe flow.

Q: eple of operahon temi- parameter Firet problem an the simple pipeline 3. Problem : Two płungers are…

A: pressure Pressure is the force applied perpendicular to the surface of an object per unit area over…

Q: A halao sphere f autside diameter 12omm re to float m water So that it is half Subineroed determine…

A:

Q: Parabolic The Eurtes fuce of el dam, retei ning weter, is shaped according to the relationship z=z0…

A:

Q: A piezometer and a Pitot tube are tapped into a 6-cm-diameter horizontal water pipe, and the height…

A:

Q: 2 concentnic dnems form an onmular Space which is filled with a fluid of nsusity 0'2 K9/ms 4 He…

A:

Q: Magnitude of fHhe maxumue

A: Given; Plain stresses in a plain stress problem are;   σ1=80 MPa   σ2=20 MPaDetermine of the maximum…

Q: s87 ln s condenser containing air and water, the air pressure is 22.1 kPa absolute. What is the gage…

A: Given dataabsolute pressure=22.1 kPaPressure air guage=22.1-101.325 kPa=-79.225 kPa

Q: 0rind the poessure inside- an air bubble of wat er ( Assume Po= 20°Nimz tebsion o wated = ☺.072 N/m)…

A: Given:-  Radius (R) = 1 mm = 0.001 m  Depth (h) = 20 m Atmospheric pressure (Po) = 105 N/m2  Surface…

Q: A piezometer and a Pitot tube are tapped into a 6-cm-diameter horizontal water pipe, and the height…

A:

Q: H.Wi A spherical vessel of 1.7m diameter is mache Pom 12 mm thick plate anel it is Subjected to a…

A:

Q: 5. The plate covers the 13 cm diameter hole. What is the maximum H which can be maintained without…

A: Given:

Q: What is the specific application of Laser Doppler Anemometer in Agricultural and Biosystems…

A: Laser Doppler Anemometer : The Doppler effect is a technique for determining linear flow and…

Q: Mercury mawes en angle Of 13o with respect to the Ver tical when in conteict with Clean lass. How…

A:

Q: Q1) Determine the viscosity of fluid between shaft and sleeve in Fig. (1)

A: Force = 100 N Diameter = 75 mm Velocity = 0.1 m/s

Q: (a) The equation which describes the flow speed profile for a 1 v(r)=--((R²-²) Ap 4μ Ax pipe is:…

A: GivenVr=14μ∆p∆xR2-r2anddQ=dA×V

Q: A the durae temion at air-water interfoce in 0.073 NIM, what as foresure difference betweon inside…

A: Given data : Surface tension (σ)=0.079 N/mDiameter (d)=0.008 mm

Q: / Two reserteirs witn a diferece inelevation 17marefonmeded bytwee pipes-inseris as shown betow…

A:

Q: fresh waterC and Seucw eter Mocotng in paralel horizontalpipelines are connected te each other m…

A:

Q: or venture meter experiment, the aiflerence between the measured pre wrer waslos Kpa). the diometer…

A: Given the weight density = 9.81 Given the pressure = 0.5 kPa Given the diameter of wide pipe = 180…

Q: A flat plate haning dimensant Shown an 8lides at an angle of the haizontal de thin tihl of Viscasity…

A: Consider the Free Body diagram: Given:Area,A=2*2 =4 m2θ=1 rad =57.3°v=6 m/sμ=30*10-3 Pa.st=20*10-3…

Q: An orifice meter with aritice diametur 15 Cm if inserted in a pipc of 30 cm diameter. The pressure…

A: Given data: Pipe diameter, D = 30 cm = 0.03 m Orifice diameter, d = 15 cm = 0.015 m difference in…

Q: long, 2m deep and 3 m wide contains oil of relative density 0.9 to a depth of 0.9 m. If the tank is…

A:

Q: Prove that: T-Too T---(1-3)² = Tw-Too T=C₁+C₂y+C3y² y T Quiescent fluid Toor Poo

A: Prove that the temperature distribution for thermal boundary layer.

Q: APumP is being used to Pull water fvom aviver the water in the riveris at 20 č and is being PumPecd…

A:

Q: 2=z01)“ as shown. he dam has ae 20=3m and the height of water reta >7-3. The ffluid is weter,…

A:

Q: Fluid with the viscost of 5X104 mls is flowing in a pipe with the diameter of 35 cm and velocity of…

A: As the density of fluid is not given so assuming the water as a fluid and density = 1000 kg/m3

Q: AU-tube is rotated about A-A axis, what would be the rotation rate (rad/sec) when the water rises at…

A: Height of the water tube , H=4.3 cm ra=0.4m  rb=0.2m volume of water must be same for both rise and…

Q: Determine the absolute pressure in the duct.

A: Given: Patm=100 kPah=30 mmρ=13600 kg/m3 The absolute pressure is given as the, Pabs=Patm+ρgh

Q: Determine the value of H if the pressure difference PA-PB = 100 kPa

A: PA-PB=100 kPa=100*103 Pa SGo=0.827

Q: ma viscous flow fillowing equtuom 2what does the echice to at the edge of the boundary layer udu t…

A: The given equation can be written as -  ∂u∂t+u∂u∂x+v∂u∂y = -1ρ∂P∂x + g∂z∂x -dp -ρgdz…

Q: Problem: Le cate the centroid forchannel section 2uom x:? >*-3 22-22M 20mm 2 vumn

A:

Q: he cylindrical tank shown below is 12 m in diameter, is made of structural steel, and = ll be used…

A: The diameter of tankd=12 m The density of oil ρ=700 kgm3 The allowable stress σa=80 MPa The height…

Q: 2. A is 15 em in dia . gr is at am cievation pipeline J00 m at secti on A , At section B it iš at an…

A: V1= 5 m/s A1 V1= A2 V2 V2= (A1/A2) ×V1 = (d1/d2)2 ×V1 = (15/30)2 ×5 = 1.25 m/s P1= 35 KPa Energy…

Q: Determine the hydrostatic pressure in the pipe that supplies cold water in two lavatories, three…

A:

Q: 2) For the following pipe configuration, determine the relationship between the pressure readings at…

A: Pressure is defined as the perpendicular force to the surface of an object per unit area over which…

Q: Porled air at Zo wa thowing over a5 quar Plate af 1o02,if the frag forte isloNafthe velciya lalculut…

A: The ratio of force due to inertia of fluid motion to the force due to viscosity is termed as…

Q: Fluid with the viscosity of 5X10-4 m2/s, is flowing in a pipe with the diameter of 35 cm and…

A:

Q: AU-tube is rotated about A-A axis, what would be the rotation rate (rad/sec) when the water rises at…

A:

Q: Q3/ Cadculate the tocabanal dctng location of hinge (X) forr the gate shawnbelaw, far the gate to…

A: x=1.5 mAnd h=x+IxxAxIxx=bh312 and A=b×hwhere b=width of gate and h=depth of gate…

Q: Ajet of water wilh cls of 13 cm? and velocity of is m/s is impinging an inclined plade with 60°. If…

A: Area of jet = 13 cm2 = 0.0013 m2 Velocity of jet = 18 m/s Velocity of plate = 3 m/s Angle = 60o

Q: The velocity Panciple af fleuid flouing auer a flat plate is ginen by ginen whene U in in inches.…

A: Note - As per ur company guidelines we are allowed to answer the first question. Kindly post the…

Fluid Dynamics

The study of the flow of gases and liquids, usually in and around solid surfaces, is known as fluid dynamics in physics and engineering. Fluid dynamics, for example, can be used to evaluate the movement of air through an airplane wing or the surface of a vehicle. It can also be used in ship design to increase the speed at which ships pass through water.