The plot below shows typical data taken from pressure variations in a pressure vesse

Q: From the below given graph for venturimeter experiment the value of A is 5.05 and the value of B is…

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Q: Find the pressure reading for all Pressure Indicators, P11, P12, P13, and P14? A = 125 cm, B = 2 cm,…

A: The heights are A=125 cm, B=2 cm, C=5 cm, D=10 cm, E=8 cm, F= 2 cm, G= 5 cm. The specific gravity of…

Q: Create a mechatronical system that does the following actions to measure a liquid's viscosity: 1-…

A: A mechatronical system can be used for viscosity measurement by combining various mechanical,…

Q: sed to express the difference between the pressure recorded and the local atmospheric pressure.…

A: There are two pressure scales:- 1) Gauge pressure- it is defined as a difference between the…

Q: Consider the following fluid power system components: valves, motors, compressors, and pneumatic…

A: Given question is related to hydraulic machinery. Let us consider a reciprocating compressor.

Q: 5.   How we will measure the flow rate? Explain any one-flow rate-measuring instrument.

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Q: Consider a control volume around the pump through which an incompressible fluid of density p flows…

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Q: How can we measure the sound pressure level of the noise generated by a machine by Formula for…

A: The unit measure of SPL is decibels (dB). It is measured with a Sound Pressure Level Meter, such as…

Q: You have an orifice meter that was calibrated for air at 70oF and I atm, You are using it to measure…

A: Given, calibrated conditions-                Tc = 70 * F = 294.26 K                 Pc = 1 atm…

Q: Bourdon-type pressure gauges are used in thousands of applications. A deadweight tester is a device…

A: Dead weight pressure tester:A simple form of a dead weight pressure tester consists of a plunger of…

Q: Explain the relationship (with an aid of a graph or illustration) between the airflow rate and the…

A: explanation provided in attachment

Q: What pressure would you expect for 2 m of water

A: Solution: GIven Data: h = 2 m.

Q: Assemble and describe the operation of a simple piping system (with only one branch, or at most two…

A: Firstly, we need to assemble the piping system. The main pipe will start from the pump, which is…

Q: A cylinder is configured with a flow control valve to meter-out during extension. The cylinder is a…

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Q: Explain with a neat sketch the principle of Ultrasonic flow meter.

A: To Explain :  The principal of ultrasonic flow meter.  The diagram of ultrasonic flow meter is,…

Q: i) Suggest two sensing elements to measure Flow parameter. ii) Identify the control strategy used in…

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Q: lagrange interpolation is to be used to represent the enthalpy of saturated air as a function of the…

A: The lagrangian interpolation formulae: f(x)=∑i=0nf(xi)li(x) here,  li(x)=∏i=0, j=1nx-xjxi-xj The…

Q: used to refer to the difference in pressure levels between two (unknown) pressure levels. Select the…

A: The difference between two unknown pressure levels is called differential pressure.

Q: 2. A tank is filled with sauce. The tank is closed and a pressure of 110 kPa is maintained over…

A: Given:Pressure maintained over the surface of the tank, P1=110 kPaHeight of the sauce at which the…

Q: Show the temperature distribution in degree Celsius in an exhaust valve of IC Engines.

A: Internal combustion engines usually consists of two types of engine valves Inlet valves and exhausts…

Q: (a) the melting temperature for ic

A: the melting temperate of ice at 0.01 atm = 10C Boiling temperature of ice at 0.01 atm = 7 0C

Q: A temperature scale of certain thermometer is given by the relation t = a In p + b. where t is time…

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Q: the most quiet type of compressors is * reciprocating piston type O vane type O screw type O…

A: the most quiet type of compressors is * reciprocating piston type  vane type  screw type…

Q: Explain the working of Thermometer type transducer with a neat diagram to measure the Temperature.

A: Disclaimer: Since you have asked multiple questions, we will solve the first question for you. If…

Q: tate 5 main faults and hazards in the pressurized system andthe way to avoid them. Also, state the…

A: Pressurized system hazards and faults: The high pressurized system will produce more heat and it is…

Q: 1. Size a control valve for service on a pipeline carrying a hydrocarbon liquid (specific gravity…

A: Q=Cv  f(r) ∆PρgCV= Capacity valve factorf(r) = friction of maximum flow =(QQMAX)Q=flow rate ∆P=…

Q: 8:02 LTE1.ll 2% Assignment Details Fluid Mechanics - Alejandro R. MANDERICO Oil S = 0.842 Water ha…

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Q: At which  parts of aircraft the static pressure can be measured, also enlist their names.

A: Solution:

Q: Explain the concept of calibration. pressure calibrator, digital tachometer, defibrillator analyzer,…

A: Calibration is the process of verifying and adjusting the accuracy and precision of a measuring…

Q: 7- Methods for measuring mass flow rates of gases and liquids flowing in pipes and ducts include:…

A: Principles of operation of following flow measuring devices: 1) Rotameters:  It works on the…

Q: 5. Compare the consistency and accuracy of the Thomas Stormer viscometer and Cole Parmer…

A: A viscometer is a device that measures the viscosity of a substance. The viscometer can determine…

Q: A Prandtl tube (Pitot-static tube with C = 1) is used to measure the velocity of water. The…

A: Given data: The coefficient of the Pitot tube is C=1 The height of the differential manometer is…

Q: 3 An unknown gas at p, = 95 psia and V, = 4 ft³ undergoes a process that results in p,15 psia and…

A: Given that,  ∆H= H2 - H1= -83 BTU, = -64588 lb.ft Cv= 0.1573 BTU/lbm.°R  P1= 95 psia = 13680 lb/ft²…

Q: Fill in the blanks A new temperature scale is to be used where the freezing and boiling temperature…

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Q: If Reynolds number relate the inertial and viscous forces, which of the following relates the…

A: The correct option is (A) I.e., FROUDE NUMBER (Fr) In the dimensional and modal analysis, we have…

Q: 1. Consider this flow and level control system below. The tank is cylindrical and has a radius of…

A: Given: Flow rate of the water→Q=π400 m3min=π24000 m3sec Radius of the tank→r=0.5 m Hence cross…

Q: when would you use a pressure transducer coupled to an oscilloscope

A: Pressure transducers are the important parts used in an electric curcuit, it convert fluid pressure…

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.