Water flows around the vertical 2 dimensional bend with circularstreamline and constant velocity. If the pressure if 40 kPa atpoint (1) determine the pressure at point (2) and (3). Assume thatthe velocity is uniform. (there is a picture but I dont haveanything to upload it) (If you have the Fluids of Mechanicstextbook by munson/young/okiishi/huebsch 6th edition its question3.14)
at a given point on a horizontal streamline in flowing air, thestatic pressure is -2 psi (ie vacuum) and velocity is 150 ft/s.Determine the pressure at a stagnation point on thatstreamline?
When an airplane is flying 200 mph at 5000 ft altitude in astandard atmosphere, the air velocity at a certain point on thewing is 273 mph relative to the airplane (a) what suction pressureis developed on the wing at that point? (b) what is the pressure atthe leading edge (a stagnation point) of the wing?
water flows from a pressurized tank, through a 6 in diameter pipeexits from a 2 in diameter nozzle and rises 20 ft above the nozzle.determine the pressure in the tank if the flow is steady,frictionless and incompressible (there is a picture here too...umm6th edition 3.38)
Water pumped from a lake through an 8 in pipe at a rate of 10ft^3/s. if viscous effects negilible, what is the pressure in thesuction pipe (pipe b/w lake and pump) at elevation 6 ft abovelake
Water flows into isnk at rate of 2 gal/min. if the drain is closed,the water will eventually flow through the overflow drain holesrather than over the edge of the sink. how many .4 in diameterdrain holes are needed to ensure that the water does not overflowthe sink? Q is 2 gal/min, 1 in height ---> something about usingQ = nAV?