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Consider steady flow of a constant-property fluid in a long duct formed by two parallel planes. Consider a point sufficiently far removed from the duct entrance that the y component of velocity is zero and the flow is entirely in the x direction. Write the Navier-Stokes Equations for both the x and y directions. What can you deduce about the pressure gradients?
A 5v belt drive system operates an input speed of 1250 RPM at the small sheave. The driving sheave has a pitch diameter of 6.000 in, and the driven sheave has a pitch diameter of 19.000 in. If an optimum center distance of 47 in is specified.
the cylinder is made from steel where yield stress= 240 MPa and v=0.3. Subsequently sketch the hoop and radial stresses in the wall of the cylinder.
standard atmospheric air at stagnation conditions t0 59 degree f p0 14.7 psia is drawn steadily through a
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a disk has a mass of 4kg and a radius of 90mm it is at rest when it is placed in contact with the belt which moves with
the rigid body shown above is made of a solid truncated cone and solid hemisphere joined together at the bases of the
a certain generating power plant requires 1 mw output. two types of diesel- engine installations are available. one
a stationary probe is placed in a fluid flow and measures pressure and temperature as functions of time at one location
a vapor compression refrigetarion cycle has a theoretical cop of 4.8 and provides 120000 btuh of cooling. the
a turbine that is well insulated runs on air. at steady state air enters at 0.5 mpa and 727 c and expands
what will be the final temperature in the tank? how much work will be accomplished over the course of the entire process?
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