I need Plot and analyze c,SA/E,SC/D, SG/D and the molar flow rates along the length or the reactor. Preferably code in polymath

The complex reactions involved in the oxidation of formaldehyde to formic acid over a Vanodium titanium oxide catalyst [Ind. Eng. Chem. Res. 28, p. 387 (1989)] are shown below. Each reaction follows an elementary rate law. HCHO+21O2k1HCOOHk3CO+H2O2HCHOk2HCOOCH3HCOOCH3k4CH3OH+HCOOH Let A=HCHO,B=O2,C=HCOOH,D=HCOOCH3,E=CO,W=H2O, and G=CH3OH. The entering flow rates are FA0=10mol/s and FB0=5mol/s and v0=100dm3/s. At a total entering concentration CT0=0.147mol/dm3. The suggested reactor volume is 1,000dm3. Additional information: At 300K k1=0.014(moldm3)1/2/s,k2=0.007molsdm3k3=0.014/s,k4=0.45molsdm3 (a) Plot and analyze Y~C,S~A/E,S~CDD,S~D/G and the molar flow rates along the length of the reactor. Note any maximums and the volume at which they occur