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A small model of a pump is tested in the laboratory and found to have a specific speed, Nsd, equal to 1000 when operating at peak efficiency. Predict the discharge of a larger, geometrically similar pump operating at peak efficiency at a speed of 1800 rpm across an actual head rise of 200 ft.
a water jet pump has a jet area of a0 and jet speec v0. the jet is within a secondary stream of water having speed
a 7-m- diameter spherical hot air ballon is neither rising nor falling at some height. the density of atmoshpheric air
consider an isentropic expansion process in a piston cylinder device where air is expanded from 1mpa and 800 k to 0.1
a cantilever beam has a z section of uniform thickness for which iy 23th3 iz 83th3 and iyz -th3. determine the
the l1m long vertical copper tube of inner diameter di20mm and wall thickness t2mm contains liquid water at twater0
A specimen of Aluminum having a rectangular cross section 10 mm x 12.7 mm is pulled in tension with 25,500 N forces, producing only elastic deformation. Calculate the resulting strain.
a stone is released from an elevator moving up at a speed of 12 fts and reaches the bottom of the shaft in 2.5 s. a how
steam enters a steady-flow device at 1 mpa 500 oc at a rate of 3600 kg-hr-1. it leaves as a saturated vapor at 30
Find the shear force VB and bending moment MB at point B.
a sphere moves horizontally through still water at a speed of 11 fts. a short distance directly ahead of the sphere
Sketch the process on a Ts diagram. Also, What is the lowest possible delivery temperature generated by an adiabatic air compressor, starting with standard atmosphere conditions and delivering the air at 650 kPa (gage)? Sketch the process on a Ts ..
the central cubical area of an office building at sea level has a floor area of 4000 ft2 and is occupied by 30 people
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