A single pass shell and tube heat exchanger had liquids in the shell and tube sides. The following values for heat transfer coefficients (HTC) were determined from literature correlations (For example, the equations 4.58 in the text by Geankoplis, 4th Edition): Shell side heat transfer coefficient ho=2210m2KW Tube side heat transfer coefficient hi=2600m2KW The metal resistance Rm=0.00161K/W The outside and inside area of the tubes are 0.032 and 0.025m2 respectively. The overall heat transfer coefficient based on the outside tube area equals 6200m2Kiv 1052,71e24 11010m+kwy 1347NH18 Calculate overall heat transfer coefficient based on the inside tube area 11010m2KW1347m2Kw1052.7m2KW6200m2KW