Aqueous A reacts to form R ( A R ) and in the first minute in a batch reactor its concentration drops from CA0 = 2.03 mol/liter to C = 1.97 mol/liter. Find the rate equation for the reaction if the kinetics are second order with respect to A. Soal LATIHAN13 November 20202.6. A certain reaction has a rate given by-TA = 0.005C;,mol/cm³ · minIf the concentration is to be expressed in mol/liter and time in hours, whatwould be the value and units of the rate constant?2.7. For a gas reaction at 400 K the rate is reported as_dpa3.66p%,dtatm/hr%3D(a) What are the units of the rate constant?(b) What is the value of the rate constant for this reaction if the rateequation is expressed as1 dNAkC%,V dt-TA = -mol/m³ · s3.10. Aqueous A reacts to form R (A → R) and in the first minute in a batchreactor its concentration drops from CA0 = 2.03 mol/liter to CAfmol/liter. Find the rate equation for the reaction if the kinetics are second-order with respect to A.= 1.973.11. Aqueous A at a concentration CA0 = 1 mol/liter is introduced into a batchreactor where it reacts away to form product R according to stoichiometryA → R. The concentration of A in the reactor is monitored at varioustimes, as shown below:%3Dt, minCA, mol/m³100 2003004001000 500 333250200For CA0 = 500 mol/m³ find the conversion of reactant after 5 hours in thebatch reactor.3.12. Find the rate for the reaction of Problem 11.3.15. At room temperature sucrose is hydrolyzed by the catalytic action of theenzyme sucrase as follows:sucrasesucroseproductsStarting with a sucrose concentration C0 = 1.0 millimol/liter and an en-zyme concentration Ceo = 0.01 millimol/liter, the following kinetic dataare obtained in a batch reactor (concentrations calculated from opticalrotation measurements):CA, millimol/litert, hr0.84 0.68 0.53 0.38 0.27 0.16 0.09 0.04 0.018 0.006 0.00251 2 345 6 78 9 1011Determine whether these data can be reasonably fitted by a kinetic equationof the Michaelis–Menten type, ork,C,CEOCa + Cmwhere Cy = Michaelis constantIf the fit is reasonable, evaluate the constants k, and Cy. Solve by theintegral method.3.16. Repeat the above problem, except this time solve by the differentialmethod.

Question

Accepted Answer

Given:-Order of reaction =2
Initial concentration Ci=2.03 mol/litFinal  concentration Cf=1.97…