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It is proposed that a two-dimensional, incompressible flow field be described by the velocity components
where A and B are both positive constants.
(a) Will the continuity equation be satisfied?
(b) Is the flow irrotational?
(c) Determine the equation for the streamlines and show a sketch of the streamline that passes through the origin. Indicate the direction of flow along this streamline.
Briefly discuss the physical operation of the valve, noting that the flow will be constant if the pressure drop across the fixed area orifice is constant.
Find the end pressure with the given information.
design a packed tower for the absorption so2 from air. the so2 feed contain 0.0016 mol frac a into pure water in column
The coefficient of static friction for both pairs of contacting surfaces is 0.25. Also determine the friction force FB at point B. (Check carefully your assumption of where slipping occurs).
Investigate motions of this system in which Q remains at rest vertically below O, while P describes a circle with centre O and radius b. Show that this is possible provided that P moves with constant speed u, where u2 = Mgb/m.
a steel has the following material properties syt 40 kpsi syc 60 kpsi and epsilonf 0.06. determine the factors of
given that the instantaneous voltage across a capacitor isvc401-e-tcrvoltswhen being chargerd by a 40 volt dc supply
a piston-cylinder device contains liquid and vapor water in equilibrium at a pressure of 14.7 psia. the mass of the
air an ideal gas contained in a rigid insulated tank fitted with a paddle wheel initially at 27 degrees celcius 2 bar
The drinking water needs of an office are met by large water bottles. One end of a 0.6 cm diameter plastic hose is inserted into the bottle placed on a high stand, while the other end with on/off valve is maintained 0.6 m below the bottom of the bott..
Air flows through the fine mesh gauze shown in Fig. P8.65 with an average velocity of 1.50 m/s in the pipe. Determine the loss coefficient for the gauze.
If the efficiency of the turbine in converting the mechanical energy given up by the fluid to the turbine shaft is 89% (nt = 0.89), calculate the friction loss in the turbine in J/kg.
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