1. In a cell, respiration reaction occurs as follows: C6H12O6+O2CO2+H2O O2 diffuses through cell membrane of 10 nm thickness to the cell surface and completely converts to CO2 and H2O. Subsequently, CO2 and H2O produced in a cell releases to the cell membrane and eventually returns to the bulk gas. At the bulk gas (37C and 1atm) mole percents of O2(A),CO2(B) and H2O (C) are 0.5 , 0.25 and 0.25 , respectively. a) Calculate the DAB(O2CO2),DBC(CO2H2O) and DAC(O2H2O) at 37C and 1atm. (5 p) b) Please balance the reaction equation stoichiometrically, calculate the effective diffusivity and total molar fluxes of O2,CO2 and H2O.(15 p) 1. In a cell, respiration reaction occurs as follows: C6H12O6+O2CO2+H2O O2 diffuses through cell membrane of 10 nm thickness to the cell surface and completely converts to CO2 and H2O. Subsequently, CO2 and H2O produced in a cell releases to the cell membrane and eventually returns to the bulk gas. At the bulk gas (37C and 1atm) mole percents of O2(A),CO2(B) and H2O (C) are 0.5 , 0.25 and 0.25 , respectively. a) Calculate the DAB(O2CO2),DBC(CO2H2O) and DAC(O2H2O) at 37C and 1atm. (5 p) b) Please balance the reaction equation stoichiometrically, calculate the effective diffusivity and total molar fluxes of O2,CO2 and H2O.(15 p)