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steam enters a turbine at a pressure of 16 mpa temperature of 560degc speed of 150 ms and a height of 35 m above ground
a piston-cylinder assembly contains 2 lbm of water initially at 100 lbfin2 and 400o f the water undergoes two processes
a bottle of soda is capped when the pressure of carbonation is 020 mpa how long before the pressure has dropped to 011
333 kg of water fills a weighted piston cylinder device at a temperature of 400 deg c the piston cylinder device now is
if an elevator starting from rest accelerates at 10 ms2 and then decelerates at -1 ms2 until it reaches the top floor
propane vapor enters a valve at 10 mpa 60degc and leaves at 03 mpa if the propane undergoes a throttling process what
calculate the specific removal rate and mrr volume of metal removedsec of nickel in a certain electro chemical
a container holds 07m3 of hydraulic fluid with a specific gravity of 9 find fluids specific weight density and weight
a tire company has determined that its tires have a 1 premature rate of failure on the road what is the chance that
using technical content provide some examples using expansion coefficients use the following to produce 2 examplesa a
circuit boards are manufactured on sheets and tested on average there are 3 defects per sheet what are the chances of
air is isothermally and reversibly compressed in a piston-cylinder device from an initial volume of 100 l and initial
air enters the compressor of a turbofan engine at ndash20degc and 60 kpa with a flow rate of 95 kgs and speed of 170 ms
10 kj of heat enters a piston-cylinder the internal energy of the piston-cylinder increases by 2 kj how much work is
water in the pictured piston cylinder assembly has an initial quality of 10 the piston cylinder is 20 cm in width and
you are a thermal design engineer and plan to design cooling solution for a computer chip as a basic design a chip
a hydraulic system is operating at a reynolds number of 1000 if the temp increases so that the oil viscosity decreases
the figure on the right shows an approximated pressure distribution on an airfoil and the direction of incoming flow
air in an ideal diesel cycle is compressed from 4l to 25l and then it expands during the constant pressure heat
project requirementstasks1 quickly assess the structural integrity of the crane by using an idealised beam element
a closed frictionless piston-cylinder assembly contains 4 lbm of h20 beginning with an initial volume of 10 ft3 the h2o
a pneumatic displacement gage has d10762 mm and d21575 mm the supply pressure is 689197 pa with a random fluctuation of
a gasoline engine is modeled as an otto cycle it has at temperature and pressure at the beginning of compression of
a circumferential fin of cross section 37 cm-od and 03 cm-thick surrounds a 25 cm-diameter tube the fin is constructed