D = 10 cm Air exit s = 1.5 mm d = 3 mm V 3 m/s Air flow

Q: Q=2000J Tout=? V(m/s) D=0.1m 1IIIII air Air at (3.20x10^2) K is entering in a circular pipe at…

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Q: Nitrogen gas at constant pipeline conditions of 200 kPa and 300 K passes slowly through a valve into…

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Q: A saturated steam at 410K is being transported in a pipeline (brass drawing tubing) at a rate of 1…

A: Given dataSaturated steam at 410 K flows at a rate of 1 g/s through a pipeline.Pipeline inside…

Q: Air at (5.15x10^2) K flows out of a circular pipe at 101325 Pa as shown in Figure. The mass flowrate…

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Q: Steam at 0.7Mpa and 250'c expands in a nozzle to 0.1Mpa. Determine the throat and nozzle exit cross…

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Q: The fluid condition at the inlet and exit of a horizontal convergent nozzle is analysed. The nozzle…

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Q: Consider a compressible airflow through a pipe. If the flow velocity all throughout the tube is…

A: For compressible flow, we have following relation between the velocity, area and mach number.…

Q: A 4 m in diameter tank open to the atmosphere is filled with water to a height of 400 cm from the…

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Q: the inlet and exit of a horizontal convergent nozzle is analysed. The nozzle is operating steadily…

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Q: Question B3: A constant force of 71N is applied on a plunger pushing a piston of diameter 3cm…

A: The process in which there is no transfer of heat between the system and the surrounding, is called…

Q: 3. A vertical cylinder tank 3m x 4m receives water whose density of 990 kg/m³ at a rate of 300 GPM…

A: Given:Diameter of the cylinder, d=3 mHeight of the cylinder, h=4 mDensity of water, ρ=990 kg/m3Rate…

Q: Q=2000J Vout =? m (kg/s) 111111 D=0.1m air Air at (5.00x10^2) K flows out of a dcular pipe at 101325…

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Q: Determine the exit velocity for the carbon dioxide nozzle as shown in figure

A: Given data: P1=0.6 MPaT1=3500 cv1=0m1=5 kg/sP2=0.1013 MPaT2=2000 C…

Q: Formulate : isentropic process relation for perfect gas P = f (p, T,y)

A: From the ideal gas equation : PvT=constant = Rv=VmPVTm=R for isentropic flow: ds=0du=cvdTdh=cpdT

Q: A reservoir of volume V with an ideal gas of molecular mass M and specific heat ratio k is initially…

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Q: A 400cm long pipe with a smaller diameter of 3.937 inchesand a larger diameter of 11.81 inches as…

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Q: 4. An experimental test rig is used to examine two-phase flow regimes in horizontal pipelines. A…

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Q: Q=2000J Vout =? m (kg/s) D=0.1m air Air at (4.65x10^2) K flows out of a circular pipe at 101325 Pa…

A: Find the outlet velocity .

Q: (a) Water and alcohol are mixed in a y-duct as shown in Figure Q2 (a). Determine the density of the…

A: Fluid is a state of matter which deforms continuously on the application of force externally,…

Q: b) Air flows through a cylindrical duct at a rate of 2.3 kg/s. Friction between air and the duct and…

A: Given: For air, The mass flow rate, m = 2.3 kg/s The inlet temperature, T1 = 450 K The inlet…

Q: How does the Bernoulli’s Theorem Apparatus show the relationship between the kinetic and potential…

A: According to Bernoulli's theorem, total energy (in the head form) remains constant. Assuming there…

Q: Determine the pressure ratio of the nozzle when the total pressure at the inlet of the nozzle is…

A: The total pressure at a point is also known as stagnation pressure, which is the sum of the static…

Q: Q=2000J Vout =? m (kg/s) D=0.1m air Air at (4.75x10^2) K flows out of a circular pipe at 101325 Pa…

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Q: A pump is being used to transport a liquid food product (ρ = 1250 kg/m3, μ = 1.5 cP) from a holding…

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Q: What are the primary differences between fans, blowers, and compressors? Discuss in terms of…

A: The head or pressure producing machines increases the level of energy of the fluids passing through…

Q: A depressurization blower test was conducted in a 3-floor rectangular building with a height of 10 m…

A: ACH50 is the shortened form for air changes each hour at 50 pascals (Pa) pressure differential and…

Q: the diameter of the pipe (3) is 6 cm. Alcohol with a SG of 0.79 is injected into the tank from pipe…

A: Given: The diameter of pipe 1 and 2, d =3 cm = 0.03 m The diameter of pipe 3, D = 6 cm = 0.06 m The…

Q: Q4) Determine the required diameter of the pipe at A so that water flows through the pipes at the…

A: we will calculate flow velocity

Q: In contrast to the liquid rocket, the solid propellant rocket is self-contained and has no entrance…

A: Given: The value of the gas constant is, R=297 m2s2·K. The diameter of the exit section is, De=25…

Q: The fluid condition at the inlet and exit of a horizontal convergent nozzle is analysed. The nozzle…

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Q: A boy has a tank with a rectangular bottom base 40 cm by 50 cm and a height of 100 cm. The tank is…

A: Given: V=40 cm × 50 cm×100 cma = 3 mm=0.3 cmQin=0.05 L/s = 50 cm3/s To find: Depth of water in the…

Q: A large container is attached to a cart and held by a cable attached to a wall as shown in the…

A: Given data Nozzle area, A=5 cm2A=5×10-4 m2Water column height, h=10 m

Q: pes the cross-sectional area of the flow be have an effect on the value of the locity in the…

A: Bernoulli's equation states that total energy that is pressure energy, velocity head, and datum is…

Q: 1-what are the problems of the apparatus of Impact of water Jet experiment?

A: One or more water jets directed tangentially into the turbine's vanes or buckets cause the…

Q: A fluid flows into a nozzle at T = 673.15 K and P = 0.80 MPa (H = 3267.7 kJ/kg, V =0.38429 m3/kg)…

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Q: air pressure above the water is . The required NPSH of the pump is 8.2 m. The suction pipe has a…

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Q: kg Water (Pw μω m³ = 1.8 x 10-³ Pa s) flows through the shower system shown below. The pipe has a…

A: VA = 1.2 m/spipe roughness e = 0.15 mmdensity of water  = 1000 kg/m3Viscosity of water = 1.8 x 10-3…

Q: Water is flowing through a venturi meter whose diameter is 7 cm at the entrance part and 4 cm at the…

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Q: The tank below is cylindrical and has a vertical axis. Its horizontal cross-sectional area is 10 m2.…

A: Given : The horizontal area of cross section of tank = 10 m2 The specific gravity of gasoline = 0.72…

Q: Consider water flowing through the pipe network shown in the figure below. The flow can be assumed…

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Q: Air flows isentropically. Using the below table and find the divergent exit temperature, and…

A: Write the given data. At entry,Ma=0.4A=0.2 m2P=1 MPa T=300 KAt exit,Ma=2

Q: Q26:- 34 °API gas oil at 80 °F is being pumped from a storage tank on the ground to another tank…

A: Given: The API = 34 The temperature, T = 80 F The height of the hill, H = 390 ft The mass flow rate…

Q: As given in the figure, the inside of a 125 cm high and 89 cm diameter cylindrical bowl is initially…

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Q: (1) Given the working form of the Bernoulli equation as dW + gz + 2 F | dm Where F is the friction…

A: Given: ρ=1050 kg/m3Q=10-8m3/sD0=1 mm=0.001 m∆x=0.1 m∆z=0.12 m

Q: Tout=? V(m/s) D=0.1m air Air at (3.10x10^2) K is entering in a circular pipe at 101325 Pa as shown…

A: Using ideal gas equation, P=rho*R*T Put all known values 101325=rho*287*310 rho(density)=1.14kg/m^3…

Q: A large vessel contains compressed air at To = 350 K and Po = 2 bar. A converging-diverging nozzle…

A: As given that at inlet of nozzle T0= 350 K , P0= 2 bar So the velocity at the entry of nozzle will…