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Reconsider the fully developed draining vertical oil film problem (see Fig. P4.80) as an exercise in dimensional analysis. Let the vertical velocity be a function only of distance from the plate, fluid properties, gravity, and film thickness theorem to rewrite this function in terms of dimensionless parameters. (b) Verify that the exact solution from Prob. P4.80 is consistent with your result in part (a).
Calculate the dissociation constant of HA, neglecting the junction potential.
a steady flow steady state air compressor handles 4000 ft3min measured at the intake state of 14.1 psia 30.0degf and a
a laboratory furnace wall is constructed of 0.20m thick fireclay brick having k11.2 wm-amp176c. this is covered on the
calculate various fuel quantities for flight 143. the plane already had 7682 l of fuel on board prior to the flight and
a line worker takes the following measurements in a constant diameter pipe pa 200kpa za 56m pb 100kpa zb 68m.
long cylindrical steel rods density 7833 kgm3 and cp 0.465 kjkg middot degc of 15-cm diameter are heat-treated by
a beam of light is emitted in a pool of water from a depth of 69.7 cm. where must it strike the air water interface
If the motorcycle has a deceleration of a_t = -(0.001s);{rm m}/{rm s}^{ 2 } and its speed at position A is 18 m/s, determine the magnitude of its acceleration when it passes point B.
Hot water is provided to a house by an electric water heater which uses a 60L tank. The electric heater is rated for a 1.6kW. The hot water tank is completely full with water at 80°C when someone starts a shower. The shower faucet mixes cold water at..
a reversible heat pump cycle operates between hot and cold reservoirs at th 27degc and tc -3degc respectively.
A gas in a piston-cylinder undergoes a Carnot power cycle. The gas expands and compresses isothermally between two reservoirs at 600 K and 300 K. Determine a) the thermal efficiency, b) the percent change in the thermal efficiency if i) the hot reser..
you are to expand a gas adiabatically from 300 psia 400 of to 10 psia in a closed system. which of the two choices -
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