Problem 1: Part A Glycerin (cp = 2.513 kJ/kg-K) flows throug…

Problem 1: Part A Glycerin (cp = 2.513 kJ/kg-K) flows through two passes on the shell side of a shell-and-tube heat exchanger. It enters at 30 °C and exits at 66 °C. Water (4.180 kJ/kg-K) flows through eight passes on the tube side of the heat exchanger. The water enters at 90 °C and exits at 45 °C. The overall heat transfer coefficient is 20 W/m2-K, and the surface area is 4 m2.   Using the LMTD method, determine the mass flow rates required to achieve these temperature changes: Water (kg/s)