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1 a vertical cylindrical tank having a base diameter of 10 m and a height of 5 m is filled to the top with water at
a watertight bulkhead 22 ft high forms a temporary dam for some construction work the top 12 ft behind the bulkhead
1 a pressure of 10 mpa is applied to 025 m3 of a liquid causing a volume reduction of 0005 m3 determine the bulk
1 water in a container is originally at 100 kpa the water is subjected to a pressure of 120 mpa determine the
it is desired to use a 075-m diameter beach ball to stop a drain in a swimming pool obtain an expression that relates
1 the circular gate abc has a 1 m radius and is hinged at b neglecting atmospheric pressure determine the force p just
1 the dam shown below is 100 m wide determine the magnitude and location of the force on the inclined surface2 the
1 determine the capillary rise for a water-air-glass interface at 40degc in a clean glass tube having a radius of 1 mm2
1 at 60degc the surface tension of water is 00662 nm and that of mercury is 047 nm determine the capillary height
on a certain day the barometric pressure at sea level is 301 in hg and the temperature is 70degf the pressure gage in
1 if the density of sea water is approximated by the equation of statis the compressibility determine the pressure and
1 the practical depth limit for a suited diver is about 185 m what is the gage pressure in sea water at that depth the
1 the deepest known point in the ocean is 11034 m in the mariana trench in the pacific assuming sea water to have a
1 the tank is accelerated upward at a uniform rate does the manometer level go up or down2 glass viewing windows are to
1 a rectangular block of concrete 3 ft times 3ft times 6 in has its 6- in side half buried at the bottom of a lake 23
a cubical piece of wood with an edge l in length floats in the water the specific gravity of the wood is 090 what
1 two clean and parallel glass plates separated by a gap of 1625 mm are dipped in water if sigma 00735 nm determine
a stationary jet engine is shown air with a density of 00805 lbmft3 enters as shown the inlet and outlet
water flows steadily through the piping junction entering section 1 at 00013 m3 s the average velocity at section 2 is
1 water is flowing through a large circular conduit with a velocity profile given by the equation v 91- r216 fps what
two very long parallel plates of length 2l are separated a distance b the upper plate moves downward at a constant rate
a thin layer of liquid draining from an inclined plane has a velocity profilewhere v0 is the surface velocity if the
rework problem 414 if the plates are circular and have radius lproblem 414two very long parallel plates of length 2l
1 water enters one end of a perforated pipe 02 m in diameter with a velocity of 6 ms the discharge through the pipe