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A clean cast iron pipeline 0.3 m in diameter and 300 m long connects two reservoirs having surface elevations 60 m and 75 m. calculate the flow rate assuming water at 10 C and a square-edged entrance. (Assume the loss coefficient for a square-edged entrance and for the exit into reservoir are 0.5 and 1.0, respectively)
a gas may be considered rare?ed that is it can not be studied with theories based on the continuum assumption if it
a rigid tank contains 20 lbm of air at 20 psia and 70degf. more air is added until the pressure and temperature rise to
suppose you are marooned on an exotic island where the natives happen to speak english. their ways are primitive
air is compressed in a steady-flow compressor via a polytropic process from 15 psia and 60ordmf state 1 to 75 psia and
if the resultant force .middotr is directed along anbspline measu red 75 clockwise from the positie x axis andnbspthe
particle 1 is subjected to an acceleration a-kv particle 2 is subjected to a-kt and particle 3 is subjected to a-ks.
a 5 kg object a and a 10 kg object b undergo an oblique central impact. the coefficient of restitution is e 0.6.
0.1 kg of propane is contained within a piston-cylinder assembly at 0.2 mp initially with a specific internal energy of
Determine the percent error n in replacing the sine and the tangent of an angle by the value of the angle in radians for angle values 5 degrees, 10 degrees, and 20 degrees. Explain the qualitative difference between the sine and tangent results.
In the actual combustion of benzene in an engine the A/F ratio was 12/1. Calculate the analysis of the wet product of combustion. A thermometer inserted into an air steam flowing at 33.5 m/s records a temperature of 15 degree Celsius; the static pres..
an ideal rankine cycle with an open-feedwater-heater regenerator operates the boiler at 3 mpa the regenerator at 125
Diffusion Coeffiecient, Calculate Constant, The diffusion coeffiecient for Cr^+3 in Cr2O3 is 6x10^-15 cm2/s at 727 degrees Celcius and is 1x10^-9 cm2/s at 1400 degrees Celcius.
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