You have been asked to do an analysis of a steady state pump that will transfer Aniline, an organic material, from one area to another in a chemical plant. Please determine the temperature change that the fluid undergoes during this process. The flow rate is constant in the system at 1.0 ft³/sec. The inlet to the pump has a diameter of 8 inches, and the pressure to the pump is 250 lb_f/ft². The outlet from the pump has a diameter of 5 in. and a pressure of 600 Ibf/ft². The fluid that will be pumped has a density of 63.0 Ib_m/ft³, a heat capacity of 0.490 Bt_u/Ib_m°F, viscosity of 1.8 × l0^-3 Ib_m/ft s, and kinematic viscosity of 2.86 × 10^-5 ft²/s. The outlet from the pump is located 75 ft higher than the inlet to the pump. The pump provides work to the fluid at a rate of 8.3 × 10⁶ Ib_mft²/s³, and the heat transferred to the CV from the pump is 1.40 × 10⁶ Btu/h. In this analysis, you may assume steady state and ignore viscous work.