How to calculate conversion (and show the steps

Conversion Using the reaction shown in Equation (1), and taking species A as the basis of calculation, the reaction expression can be divided through by the stoichiometric coefficient of species A, in order to arrange the reaction expression in the form, A+abBacC+adD The expression has now put every quantity on a 'per mole of A basis. A convenient way to quantify how far the reaction has progressed, or how many moles of products are formed for every mole of A consumed; is to define a parameter called conversion. The conversion XA is the number of moles of A that have reacted per mole of A fed to the system, XA=molesofAfedmolesofAreacted Because the conversion is defined with respect to the basis of calculation (species A), the subscript A can be eliminated for the sake of brevity and let X=XA. APPENDICES APPENDIX A: CALIBRATION CURVE FOR DETERMINATION OF CONDUCTIVITY Conversion Using the reaction shown in Equation (1), and taking species A as the basis of calculation, the reaction expression can be divided through by the stoichiometric coefficient of species A, in order to arrange the reaction expression in the form, A+abBacC+adD The expression has now put every quantity on a 'per mole of A basis. A convenient way to quantify how far the reaction has progressed, or how many moles of products are formed for every mole of A consumed; is to define a parameter called conversion. The conversion XA is the number of moles of A that have reacted per mole of A fed to the system, XA=molesofAfedmolesofAreacted Because the conversion is defined with respect to the basis of calculation (species A), the subscript A can be eliminated for the sake of brevity and let X=XA. APPENDICES APPENDIX A: CALIBRATION CURVE FOR DETERMINATION OF CONDUCTIVITY