Seeking help with question 6 on the afternoon of the first day in year 14

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Ethyl succinate is produced by reacting succinic anhydride with n-hexanol. The reaction is carried out in a batch reactor, where solid maleic anhydride is first added to the reactor and heated with steam until it melts (with a melting point of 326 K). After complete melting, n-hexanol is quickly added; in this liquid mixture, the concentrations of the two components are 4.55 kmol/m3 and 5.34 kmol/m3 respectively. If the entire reaction is carried out isothermally at 373 K, what are the values (in kg) of cooling water and steam required to process 1 m3 of reaction mixture when the conversion rate of maleic anhydride reaches 98%, among the following options? The average specific heat capacity of the reaction mixture is known to be 1980 kJ/m3·K. It is assumed that the temperature difference between the cooling water before and after use is 7 K, and the heating steam is saturated steam at 0.405 MPa (with a latent heat of vaporization of 2136 kJ/kg). The heat of reaction is -33.5 kJ/mol. A.4098;36.6 B.5098;43.6 C.6098;53.6 D.7123;50.8 Please experts provide the solution process for this equation, thank you! ! !