A 2040g sample of cyclohexane (C6H12) is at 30.0C and 1.4atm. The material is heated to 120.0C and the pressure is reduced to 1.10atm. Physical property data for cyclohexane are provided below. The process path is broken into seven steps below, those steps facilitate the calculation of the total enthalpy change by making the enthalpy change of each step simple to perform. Each step occurs at constant pressure, constant temperature, or both. The state of the system at the end of a step is equivalent to the state at the beginning of the next step. The steps are listed in scquence Complete the partially filled table below. A 2040g sample of cyclohexane (C6H12) is at 30.0C and 1.4atm. The material is heated to 120.0C and the pressure is reduced to 1.10atm. Physical property data for cyclohexane are provided below. The process path is broken into seven steps below, those steps facilitate the calculation of the total enthalpy change by making the enthalpy change of each step simple to perform. Each step occurs at constant pressure, constant temperature, or both. The state of the system at the end of a step is equivalent to the state at the beginning of the next step. The steps are listed in scquence Complete the partially filled table below