7 cm 4 cm Jet (1) (2) Pam = 101 kPa atm

Q: he water tank in the figure is being filled through section O t vi = 4 m/s and through section 3 at…

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Q: A convergent-divergent nozzle with throat area of 35cm². At a point downstream of the throat area,…

A: Nozzle type= Convergent-Divergent nozzle Area of throat Ao= 35 cm2 V1 = 155 m/s T1 = 330K P1 =…

Q: Q1. Apply Bernoulli Equation to figures (1) and (2) . Figure (1) pump station Figure (2) free jet

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Q: Q1. Converging duct at steady one dimensional flow, Inlet section: p = 2.35 kg-m3, A = 0.59 m?, v =…

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Q: = 1000 kg/m³) flows through a nozzle, 10 cm and velocity v = Water jet (Pwater with diameter Do…

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Q: A jet of water, issuing from a sharp-edged vertical orifice under d con m0 cm, at a certain point,…

A: Solution             given data.               Head (H) =10 cm               horizantal cordinate(x)…

Q: (E) A uniform stream of fluid with speed U at infinity flows two-dimensionally and irrota- tionally…

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Q: An ideal gas flows adiabatically through a duct. At section1, p1 =140 kPa, T1 = 2608C, and V1 = 75…

A: Since multiple questions are asked and also it is not specified which question to solve, so as per…

Q: a) Water moves through a constricted pipe in steady, ideal flow. At the lower point shown in the…

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Q: jet of alcohol strikes the vertical plates shown in the Figure 2.  A force F=425 N is required to…

A: ForceF=425ND1=5cmD2=2cmP2=101kPaAlcohol SG=0.79 To-Determine:- 1) The mass flow rate of alcohol.2)…

Q: diverging nozzle. The air has tota Scm, M=0.8 and V =300 m/s. det (for air tal

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Q: wind tunnel nozzie consists of a smooth contraction from Az = 0.2 m². The outlet velocity is Uz =40…

A: Draw the diagram- Given -A1=0.6m2A2=0.2 m2V2=40 m/sP2=101.6 kPaP=1.225 kg/m3(constant due to in…

Q: Question : Water flows through a circular nozzle, exits into the air as a jet, and strikes a plate,…

A: Answer: h = 0.314 m

Q: ir at P1 = 1 MPa, T1 = 600 °C and V1 = 150 m/s enters a converging nozzle. The exit area is A2 = 50…

A: A convergent nozzle is one that starts large and gradually gets smaller, resulting in a reduction in…

Q: Three pipes steadily deliver water at 20°C to a large exit pipe in Fig. The velocity V3 = 8 m/s, and…

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Q: s 50 kg. Determine the anchoring force needed to hold the elbow in place. Take the momentum-flux…

A: The angle of deflection is: θ=45ο The mass flow rate of water is: mο=30 kg/s The area of the elbow…

Q: A fi reboat pump delivers water to a vertical nozzle with a3:1 diameter ratio, as in Fig.If friction…

A: Applying Bernoulli's equation between 1 & 2,  Applying the continuity equation between 1 &…

Q: To avoid the bulky tower and impeller and generator inthe HAWT of the chapter-opener photo, we could…

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Q: Q: Helium, in a large tank at 100 °C and 400 kPa, discharges to a receiver through a…

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Q: Q1. Converging duct at steady one dimensional flow, Inlet section: p = 2.35 kg-m³, A = 0.59 m², v =…

A: Dear student, we are suppose to solve only one question. Please post other question as a separate…

Q: Q21. Gas flowing through a diverging nozzle has at inlet section a temperature of 10 °C, pressure…

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Q: A fluid moves horizontally from point (1) to point (2) which is a stagnation point.  During this…

A: Given A fluid moves horizontally from point (1) to point (2) which is a stagnation point.    At a…

Q: Air flows at a rate of 0.85 m3 /s through a horizontal round duet, which is reduced in diameter from…

A: Given:- Air is flowing through a horizontal round duct.     volume flow rate of air θ=0.85 m3/s…

Q: The plate is circular and 50 cm in diameter. The jet (D) is 10 cm and the hole (d) is 5 cm in…

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Q: Water (density 1000 kg/m) flows through an inclined pipe of uniform diameter. The velocity. pressure…

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Q: Water flows through a circular nozzle, exits into the air as a jet, and strikes a plate as shown in…

A: Given Holding force on plate F=50N

Q: 5. In this a fire fight system of ship water has speed N m/s. hose is in equilibrium Calculate the…

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Q: What is the volume (h x A) of this reservoir (m) if h is the height of reservoir (m) and its cross…

A: Bernoulli's equation.

Q: A fi reboat pump delivers water to a vertical nozzle with a3:1 diameter ratio, as in Fig.  If duct…

A: The head provided by the pump is

Q: A large commercial power washer delivers 21 gal/min ofwater through a nozzle of exit diameter…

A: Given: Q=21 gal/mind=13 inDensity of water is taken asρ=1.94 slug/ft3 The mass flow rate is…

Q: The Pelton wheel shown in Fig. is being driven at 200 rpm by a 45 m/s jet of water. The jet diameter…

A: This problem is related to fluid mechanics. Fluid mechanics is the subject of mechanical engineering…

Q: Suppose that there is a 4-cm water jet with a velocity of 15 m/s which hits a vertical plate with a…

A: Given data: *The diameter of the jet is d=4 cm. *The initial velocity of the water jet is u=15 m/s.…

Q: probe is placed in a flow with Poo 25 the probe in kPa? The fluid is perfect with -1 R 2870 1 kg-1…

A: Given data as per questionA probe is placed in a flow withp∞=101.325 kPa, M∞=1.375Fluid is perfect…

Q: Q2) What is the maximum flow rate through the pipe shown in blow if the elevation difference of the…

A: Givenf=0.024L=2000mK1=0.5K2=1K3=1D=0.8m

Q: Water (p = 1000 kg/m³) flows through a venturimeter with inlet diameter 80 mm and throat %3D…

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Q: Q4. ajExplane the magnus effect in the potential fow b) A cylinder woith 50 cm in length, is under…

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Q: If there are no shock waves and the pressure at one ductsection in Fig.  is 55.5 kPa, what is the…

A: given data as per the question The temperature of tank =400 k The pressure of tank =300 Kpa…

Q: Prer m. hydrant nozzle in Fig. 1 has inlet and outlet diameters, D₁ = 8 cm and D₂ = 1.0 cm. Water at…

A: Solution: Given Data: D1=8 cmD2=1 cmQ=0.001 m3/sPatm=101.3 kPaT=20oC   To Find: (a) Exit velocity,…

Q: estraining force may be given as . The cone angle (8) is

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Q: A horizontal jet of water issues from a nozzle 7.5 cm diamter under an effective head of 67.5 m and…

A:

Q: An airplane is fl ying at 300 mi/h at 4000 m standardaltitude. As is typical, the air velocity…

A: Given data: The velocity of the jet, v1 = 300 mi/h. The altitude of the airplane, h = 4000 m.…

Q: Force developed on the plate?

A: Given: With a velocity of 67 m/s a jet of water issues from nozzle, It impinges on a flat plate…