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1. Consider the parallel flow heat exchanger of Prob. 4.86. Verify that the stream of air exits at 780°R and the stream of carbon dioxide exits at 760°R. Pressure is constant for each stream. For the heat exchanger, determine the rate of exergy destruction, in Btu/s. Let T0 5 537°R, p0 5 1 atm.
2. Air at T1 5 1300°R, p1 5 16 lbf/in.2 enters a counterflow heat exchanger operating at steady state and exits at p2 5 in lb/s, and (b) the rate of exergy destruction within the heat exchanger, in Btu/s. Ignore the effects of motion and gravity and let T0 5 60°F, p0 5 1 atm.
a car moves along an x axis through a distance of 990 m starting at rest at x 0 and ending at rest at x 990 m.
consider a 1500 kg vehicle traveling at some unknown velocity and suddenly the brakes are applied and the vehicle is
Water flows steadily in a horizontal 125 mm diameter cast-iron pipe. The pipe is 150 m long and the pressure drop between the inlet and exit sections is 150 kPa. Find the volume flow rate through the pipe. Neglect entrance and exit losses.
A load of lumber of weight W = 20 kN is being raised by a mobile crane. Knowing the tension is 20 kN in all portions of the cable AEF and that the weight of the boom ABC is 3 kN, determine (a) the tension in rod CD (b) the reaction at pin B.
a string is stretched between rigid supports a distance l apart. it is driven by a force fcoswt located at its
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Consider the material processing experiment of Problem 5.24, with atmospheric nitrogen used to implement cooling by convection. However, instead of using a prescribed value of the convection coefficient, compute the coefficient from an appropriate..
A swimming pool has depths of 4.0 feet and 12.0 feet at the shallow and deep ends, respectively. Find the pressure in lb/ft2 at each end.
What is the molar diffusive flux of O2 through the mem- brane? What are the molar concentrations of O2 on both sides of the membrane (outside the rubber)?
Write Three ways used to perform Heat treatment ? Select three out of six ways.
a loudspeaker is modeled with the following three equations.mx bx blittecoil blxldidt ri va - blxfind a transfer
the 50-kg homogeneous smooth sphere rest on the 30 degree incline A and bears against the smooth vertical wall B. calculate the contact forces at A and B.
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