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Water at 40 degrees Fahrenheit (p=62.42 lbm/ft3 and u= 3.74 lbm/ft. hr) is flowing through a 0.12 in (0.01 ft) diameter 30 ft long horizontal pipe steadily at an average velocity of 3 ft/s. Determine the head loss, pressure drop, and the pumping power requirement to overcome this pressure drop.
A hypothetical metal has an HCP crystal structure with the ideal c/a ratio (1.633). What is the volume of its unit cell, if the atomic radius is 1.3A?
a man of mass m1 walks along a plank of length l with a constant acceleration a relative to the plank. the mass of the
air flows through a tube that has a throttling valve in it. if the tube is perfectly insulated perform a thermodynamic
a 50 cm diameter 100 cm high cylindrical tank is partially filled with 50 cm high liquid with density 870 kgm3. the
a 30-ton engine exerts a constant horizontal force of 40103-lb on a train having three cars that have a total weight of
kic for the aluminum alloy used in making a structure is 45mpam0.5. if the structure contains a crack 2.5mm long what
r-134a is throttled from 1200kpa and 40oc to 200kpa. it is known that heat of 5kjkg is lost from r-134a to the
given steam flowing thru converging insulated nozzle 25cm long with inlet diameter of 5cm. at nozzle enterance t325c
a furnace can deliver heat qh1 at th1 and it is proposed to use this to drive a heat engine with a rejection at tatm
steam flows steadily into a turbine with a mass flow rate of 26 kgs and a negligible velocity at 6 mpa and 600 c. the
three lbm of a substance is made to undergo a reversible expansion process within a piston-cylinder device starting
a piston-cylinder assembly with initial volume of 80 liters contains 4 kg of r-134a at a pressure of 160 kpa state 1.
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