How to interpolate the correction factor F

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SUMMARY

The discussion focuses on the interpolation of the correction factor F, specifically analyzing the relationship between R and P values. It establishes that for R=3.62, the maximum value for P is approximately 0.24, indicating that a reported P value of 0.28 is likely incorrect. This conclusion is drawn from the provided graph and highlights the importance of accurate data interpretation in calculations involving correction factors.

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anonymous99
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Homework Statement
I'm working on a heat exchanger problem. The problem requires me to determine the heat transfer area for a shell-and-tube exchanger. I need the correction factor F to solve this problem but I'm not sure how to interpolate the chart below for it. I've worked out the temperature effectiveness P to be 0.28 and the Heat Capacity Ratio R to be 3.62 so how would I interpolate the chart to get a more accurate correction factor? I know to use the gradient but not sure how to apply it here.
Relevant Equations
The values on the x-axis are P. Each curve corresponds to a value of R.
Capture.PNG
 
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According to the graph, for R=3.62, the maximum value for P is about 0.24.
Your value of P=0.28 would seem to be in error.
 

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