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The efficiency of a pump is assumed to be a function of the flow rate Q (cubic ft/sec), pressure increase? p, pipe diameter d, and density and viscosity of the fluid. Use dimensional analysis to find an expression for the pump efficiency.
a frictionless pulley has the shape of a uniform solid disk of mass 6.00kg and radius 19.0cm . a 3.40kg stone is
a tank of compressed air is at 40 degrees c and 10 atm. 1 third of the gas is removed for inflating a car tire. the
a reheat cycle operates with initial steam conditions of 1500 psia and 1000 degrees fahrenheit at the inlet to the
explain why the modulus of elasticity of simple thermoplastic polymers such as polyethylene and polystyrene is expected
a piston cylinder device contains .5 lbs of water initially at 120 pso and a volume of 2ft3. a total of 200btu of heat
A car weighing 5000 lb traveling at 60mph strikes the rear of a 20,000 truck that is stopped but does not have its brakes set. A.) Both vehicles stick together and move in the same direction as the car. At what speed are they moving? B.) The do not s..
initially an insulated rigid tank contains 3.73 kg of water at 240oc and 1 mpa. a heater in the wall of the tank
hot exhaust gases leaving an internal combustion engine at 400oc and 150 kpa at a rate of 0.8 kgs is to be used to
a frame ub was moved along its own o-axis a distance of 6 units then rotated about its n-axis an angle of 60then
In the gear-and-shaft system shown, the shaft diameters are dab= 2 in. and dcd=1.5 in. Knowing that G = 11.2 x10^6 psi, determine the angle through which end d of shaft cd rotates.
A uniform bar of length l and weight w is suspended symmetrically by two strings, set up the differential equation of motion for small angular oscillations of the bar about the vertical axis, and determine its period.
for a piece of material the steady-state flow across its thickness is 0.297 10-3 kgm2 h. if the concentration on the
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