A stream of carbon monoxide flowing at 250.0 kg/min is cooled from 475.0C to 100.0C at a low pressure. Physical Property Tables Cooling Required X Check form of integration, significant figures, and sign. Calculate the required magnitude of the rate of cooling (kW), using the enthalpy function of APEx. Check the calculation using the heat capacity formula in Table B.2. IQI = i 17836 kW e Textbook and Media Hint Save for Later Attempts: 2 of 3 used Submit Answer Low Pressure Assumption Why is it necessary to assume a low pressure in the above calculation? Choose at least one. to use the heat capacity formulas in APEx and Appendix B.2, both of which are valid only under ideal-gas conditions O to calculate the densities of CO at the specified temperatures and relate those to volumetric flow rates O to determine relationship between flow rate and molar flow rate to define the precise relationship between volumetric flow rate and temperature O to estimate vapor pressures and validate the assumption that no condensation takes place Save for Later Attempts: 0 of 3 used Submit