Mango juice with consistency index of 0.310 Pa.sn, flow behavior index of 0.65 and density of 1075 kg/m3, flows from a 15 m long pipe of 1 in. diameter to a 25 m long pipe of diameter 1.5 in. at the rate of 85 kg/min. Determine/provide the following if both pipes are made of wrought iron (ε = 45.7x10-6m ) and are both straight and level: System diagram Average velocity of the fluid in both pipes Reynolds number in both pipes Critical Reynolds number in both pipes Kinetic energy correction factor in both pipes Energy loss due to friction in both pipes Energy loss due to expansion in pipe diameter Pressure difference between the two pipes

Q: Water flows from the 0.75 inch diameter outlet (as shown). (2) 2.8 In. (1) 0.75 in. What is the…

A: Diameter D=0.75 inch                   =0.75/12 ft There is two position (1) and (2) Find Gauge…

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A: fluid A d1=38.1mm=0.0381m d2=18.9mm=0.0189m cd=0.965 R=148cm d=32.9mm note-all data we will take…

Q: Consider 0.5 Ibm of juice flowing through an 8-in.-diameter pipe with a velocity of 4.94 ft/s. NOTE…

A: Given:  Mass of juice is 0.5 Ibm Pipe diameter is 8 inch (0.667 ft) Velocity is 4.94 ft/s

Q: A garden hose attached with a nozzle is used to fill a 10-gal bucket. The inner diameter of the hose…

A: Volume of bucket = 10 gal 1 gal = 3.789 × 10-3 so volume of bucket = 3.789 × 10-2 m3 Initial…

Q: Water with density 1000 kg/m3 flow in a 4-in ID pipe at 1,2 m/s, witch connect to a Venturi meter to…

A: Density of water = 1000Inner diameter of pipe = 4 in.Water velocity at the inlet of pipe = 1.2…

Q: Estimate the friction factor for a flow with a Reynolds Number of 1,203. Enter your answer in…

A: Friction factor for flow having Reynolds no. 1203 needs to be calculated.

Q: A Venturi meter shown in fig. What is t city of the water in the first and second pip

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Q: Probem: A liquid at 293 K flow at a the rate of 0.7 kg/s in a glass pipe having a diameter of 64 mm.…

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Q: An oll (SG = 0.9) issues from the pipe shown in the figure below at Q= 35 ft/h. The length of the…

A: Write the energy balance equation for the given process as follows: P1ρg + v122g + z1 = P2ρg + v222g…

Q: A column of 30 cm diameter and 2.3 m length contains spherical particles of sp.gr. = 3.2 and 2.6 mm…

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Q: Sulfuric acid with a density of 1500 kg/m3 and a viscosity of 22.5 cP is flowing in a 32 mm diameter…

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Q: Determine the pressure drop across the orifice meter as shown in Example Figure

A: Given,  ρ1 = 1000 kg/m3 d=0.022 m ρf=1100 kg/m3

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Q: IF the Flow rate through the Pump 0.1 mls of water, Find the Punp head.The manometer reading is 100…

A: Given thatQ =0.1 m3smanometer reading  = 100 cm Hgds =0.2 mdd =0.15 m

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Q: Q2: Determine the pressure drop across a pipeline carries 2.5 kg/s of crude oil to a storage tank…

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Q: In the Figure.Q3, The energy decline of the connections and the pipe before the pump is 3m.…

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Q: In a turbo machine handling an incompressible fluid with a density of 1000kg/m3 the conditions of…

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Q: IVAN IVOU, Q3: Three pipes (A, B and C) are interconnected as shown in figure (3). Determine the…

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Q: 5. A fluid with a density of 961.11 kg/m^3 and viscosity of 0.3 poise, flows through a 1.27 cm- ID…

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Q: P.4.14 Water (density 1000 kg/m', viscosity 1 mNs/m²) is pumped through a 50 mm diameter pipeline at…

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