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A stream of humid air containing 1.00 mole% H2O(v) and the balance dry air is to be humidified to a water content of 10.0 mole% H2O. For this purpose, liquid water is fed through a flow meter and evaporated into the air stream. The flow meter, R, is 95. The only available calibration data for the flow meter are two points scribbled on a sheet of paper, indicating that reading R=15 and R=50 corresponds to flow rate V=40.0 ft3/h and V=96.9 ft3/h, respectively.
(a) Assuming that the process is working as intended, draw and label the flowchart, do the degree-of-freedom analysis, and estimate the molar flow rate (lb-mole/h) of the humidified (outlet) air.
(b) Suppose the outlet air is analyzed and found to contain only 7% water instead of the desired 10%. List as many possible reasons as you can think of for the discrepancy, concentrating on assumption made in the calculation of part (a) that might be violated in the real process.
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