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A tank of volume V. is filled initially with air at atmospheric density pa,. Beginning at t = 0, a pump delivers to the tank a mixture of air and water. The volumetric inflow rate to the pump is Q, half of which is water having a density pw, and the other half is air at the densitypat . Once inside the tank, the water falls to the bottom, occupying a volume Vw(t) that increases with time (see Figure 1). The air rises to the top of the tank, forming a volume with uniform density pa(t). In terms of the known quantities V. , pat , Q and pw derive expressions for Viv(t) and pa(t) as functions of time t.
air initially at 85 kpa 900k and occupying a volume of 0.15 m3 undergoes two processes. the air is compressed
the 150-lb fireman is holding a hose which has a nozzle diameter of 1 in and hose diameter of 2 in. if the velocity of
Consider a recalculating flow in the power cycle shown in the figure. The fluid flowing in 100 ft of smooth pipe have an average specific weight of 50 lbf/ft3 and average dynamic viscosity of 5×10-4 lbf.s/ft2. Head loss in the nuclear reactor is 75 f..
Air enters an adiabatic nozzle at 3 atm pressure and 100 F and emerges at 1 atm and 30 F. The inlet velocity is negligible. What is the discharge velocity?
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a pressized tank contains a fluid with a dinsity of 900 kgm3. the absolute pressure of the air above the fluid is p400
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