al flow pump

Q: Reynolds number is 3158, the flow is a. Laminar flow b. Turbulent flow c. None of these d.…

A: The flow of fluid through the pipe is classified into three types: Laminar Flow: When the fluid is…

Q: Write Relation of orifice area with tank area and with coefficient of velocity.

A: An orifice is a small aperture through which the flowing fluid passes and the thickness of an…

Q: a. What are the characteristics of non-positive displacement pumps? b. What are the different…

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Q: Problem 1: Compute the specific speed for a pump operating at 1750 rpm delivering 5000 gal/min of…

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Q: The pump is pumping 28.31 lps of water. What is the input power (kilowatt) to the pump if the…

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Q: tion 20 When choosing the optimal pump, the operating point should be kept close to O maximum head…

A: The intersection of pump characteristic and piping system characteristic is called operating point…

Q: How high must the pump centerline be located above the water level in an open tank that supplies…

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Q: While calculating the Wnet it is nessesary to reduse the pump work i think, can you fix this please

A: The inlet pressure at the turbine P3 =P2 =10 MPa  The inlet temperature at the turbine T3= 350 °C…

Q: Radial Flow Pumps 14.25 PQ The radial flow pump is best suited for what condi- tions of head…

A: The radial flow pump is best suited for what condi tions of head produced and discharge?

Q: List down the different types of pumps together with its application. Classify them into Positive…

A: There are two types of pump: 1). Rotodynamic pump(Centrifugal pump)or Non-positive displacement pump…

Q: Foul water pipe transfer the ... O a. The surface water to manhole. O b. The waste water from basin…

A: Given that  Foul water pipe transfer the ........ a. The surface water to manhole.  b. The waste…

Q: Discuss the construction and working details of distributor types of pump with neat sketch.

A: Introduction: Small to medium-sized diesel engines use a distributor-type fuel system. Its operation…

Q: Enumerate the different classifications of pumps

A: There are mainly two types of pump : 1. Dynamic pumps 2. Positive displacement pump  1. Dynamic…

Q: Friction factor is a. directly proportional to Reynolds number most specially for low surface…

A: In fluid mechanics, the hydrodynamic entry length boundary layer is a thin layer of a moving gas…

Q: Small by-pass lines are sometimes installed to a. Control the flow rate b. Reduce pump power…

A: A by-pass line provides an alternate path for the fluid to recirculate internally when the…

Q: Water is supplied at a rate of 3000 litres per minute from a height of 4 metres to a hydraulic ram…

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Q: If the energy demand is 93.5 kWhr and battery storage capacity is 124.5 kWhr, then the depth of…

A: Given Data  Energy Demand =93.5 KWhr Battery storage capacity =124.5 KWhr

Q: Q. Define coefficient of discharge and write equation for actual discharge.

A: Coefficient of dischargeCoefficient of discharge is defined as the ratio of  the actual flow…

Q: Which is not a characteristic of laminar flow. O a. Not rare in practice in water systems O b.…

A: Which is not a characteristic of laminar flow. a. Not rare in practice in water systems b. Happens…

Q: h. Answer with True (T) or False (F). 1. Relative Roughness may larger than 1. 2 Moddy Diagram used…

A: 1) relative roughness or relative pipe roughness is the ratio of the surface roughness to pipe…

Q: What are the energy sources and energy transfer systems of hand driven pumps

A: The energy sources of hand-driven pumps are given as, (1) Under-ground water (2) Moving water in the…

Q: Using a diagram of “Head” vs “Discharge” discuss the key aspects that need to be considered for the…

A: Head: In hydraulic systems, the term head refers to the energy per unit weight of fluid. It…

Q: Draw how it look if it is a laminar flow in pipe.

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Q: Explain the usefulness of the tubes around the pody of the commercial pump, explain it in detail

A: A pump moves liquid, but it does not create pressure. It generates the flow required for the…

Q: Home work! designed. a home with PumP and calculate the Pump How to make water into tank. How to…

A: To find:   Designed a home with Pump and calculate the Pump How to make water into tank. How to…

Q: Calculated average water flow the city.

A: A continuity equation, also known as a transport equation, is a formula that explains the…

Q: If the NPSHR is 3m less than the NPSHA you got on question number 2, determine the pump suction…

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Q: Write relation of static head with co-efficient of discharge.

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Q: 10.25 For a flow rate of 12 L/s and turbine speed of 65 rpm, estimate the power transferred from the…

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Q: Choose correct answer: Pump converts ___________ A. Mechanical energy to Hydraulic energy B.…

A: Pump converts the Mechanical energy into hydraulic energy of the liquid.

Q: In a steady adiabatic flow through a duct with no shaft/electrical work and no change in elevation…

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Q: Write relation of dynamic head with co-efficient of discharge.

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Q: Using the graph facility, plot a graph of head against flow rate for single pump and for the pumps…

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Q: Explain the operating system for the following pumps and for each explain when they would be used as…

A: It is asked to write the operating system for the single and two stage pump and explain the reason…

Q: Write short notes on: (i) Gear pump (ii) Lobe pump (iii) Screw pump

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Q: is type of pump that the oil that comes from the suction side of the pump gets fully transferred to…

A: The pump mainly contains a shaft and an impeller. Both are the necessary parts of the pump to…

Q: What is the difference between the permieter-loop and permiter-radial duct systems?

A: A perimeter loop system is generally well suited for buildings that are built using a concrete slab.…

Q: Which Pump is preferred for flood control and irrigation applications and why?

A: Axial flow pump is preferred for flood control and irrigation applications.

Q: Calculate the power output for the Fig. shown below if the volume Now rate is 0.239 m3/s, the motor…

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Q: . What are the characteristics of positive displacement pumps? b. What are the different types of…

A: a positive displacement pump is designed to pump a specific amount fluid each revolution of the pump…

Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.