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In order to determine the properties ofa dense gas at high pressures, 10 lbm of the gas was heated at 4000 psia from 700 to 740°F. The gas volumes were 0.287 and 0.328 ft^3 in the initial and final states, respectively, and the required energy transfer as heat to the gas was 537 Btu. Determine the difference in the specific internal energy between the initial and final states.
consider two-dimensionallaminar unidirectional flow between parallel spacing 2hvertical plates. one plate to the left
Calculate the conduction heat loss for the following wall: 15ft long, 8ft tall. Calculate for 8 hr, inside temperature at 78F and the outside temperature at 3F. Wall components from outside to inside are brick; 1.2cm(1/2 in.) plywood; wood studs, 5x1..
refrigerant 134-a flows through a compressor at a rate of 0.125 kgs. the compressor inlet conditions are 140 kpa and
a piston-cylinder contains nitrogen at a temperature of 50 degc a pressure of 500 kpa and a volume of 10 liters. a
find the specific volume of steam in m3kg at 2.5 mpa and 283 degrees c. what is the value predicted by the ideal gas
1 kg of air is allowed to expand reversibly in a cylinder behind a piston in such a way that the temperature remains
a thin-walled cylindrical gas vessel has a mean radius of 3 ft and a wall thickness of 12 in. the yield stress of the
a system executes a power cycle while receiving 800 kj by heat transfer at a tem-perature of 1600 k and discharging 120
water at 10 degrees c flows throug a smooth 60-mm-diameter pipe with an average velocity of 8ms. would a layer of rust
TCP is a reliable transport protocol. Research the TCP protocol and choose one TCP topic and write a tutorial, detailed instructions on the use of an IP related topic . If the topic you have chosen has already been discussed in Module1, enhance..
a differential pressure is measured with a u-tube monometer having water as the manometer fluid. the results of the
a determine the shear force v and bending moment m at a cross section located 3.0m from the left-hand support.b find
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