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If the 50-kg kg crate starts from rest and achieves a velocity of v v = 4m/s m/s m/s 0when it travels a distance of 5 mm m to the right, determine the magnitude of force P acting on the crate. The coefficient of kinetic friction between the crate and the ground is mu k = 0.3.
your job is to create a design of Rankine cycle that create the most possible power from this heat source . you may use any working fluid for which you can find the properties , assume the turbines 92% efficient and pumps 85%
saturated water vapor at 11.91 bar enters an insulated throttling valve which drops the pressure to 1.50 bar. determine
a fan that can provide air speeds up to 50ms is to be used in a low-speed wind tunnel with atmospheric air at 25 degc.
an airbus 310a with a mass of 140000 kg sits on a runway. it takes off and flies to an altitude of 10500 m with a speed
a steel rod with a diameter of 2 cm length l25cm thermal conductivity of 50 wmk is exposed to ambient air at 20c. heat
air enters a cooling coil at the rate of 5000 cfm 2.4 m3s at 80 f 27 c db 68 f 20 c wb and sea-level pressure. the air
an ice chest is constructed of 0.4 mm thick plain-carbon steel plate a 1.9 cm thick layer of styrofoam k0.033 wm c and
a stationary radar operator determines that a ship is 19 km south of him. an hour later the same ship is 16 km
a four-cylinder four-stroke 2.8-liter compression-ignition engine operates on the ideal dual cycle with a compression
a cycle based on a rankine cycle with water as the work fluid must have its highest cycle pressure and temperature at
reinforced concrete highway pavement has a depth of 250 mm with 24 mm diameter steel rebars located 180 mm from the
Knowing that crank AB has a constant angular velocity of 160 rpm counterclockwise, determine the angular velocity of rod BD and the velocity of collar D when a. delta=0, b. delta = 90.
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