3.4. A 10-minute experimental run shows that 75% of liquid reactant is con- verted to product by a 2-order rate. What would be the fraction converted in a half-hour run? wolod nwode as

The following reaction data was carried out for a gas-solid catalytic exothermic reaction. A B+C 60 SHI 50 Hint: Calculating weight for a fluidized CSTR is similar to calculating volume for a CSTR. Similarly calculating weight for a PBR is similar to calculating volume for a PFR. 40 30 20 10 2 6 Conversion, X A.) For a fluidized CSTR, calculate the catalyst weight needed to achieve a 40% conversion? And a 80% conversion? B.) For a PBR, calculate the catalyst weight needed to achieve a 40% conversion? And a 80% conversion? Use Simpson's one-third rule. Xo ƒX²ƒ(x)dx=3[ƒ(X₁) + 4ƒ (X₁) + ƒ (X₂)] where h = X2=0, X₁ = Xo +h 34 (kg catalyst) 4 I

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A first order reaction of the type is carried out: A ----> B And the reaction rate constant is 3.9 × 10–3 s-1. Determine the time when the concentration of reagent a will be 60% of the initial concentration.

plz do via excel & label x & y axis deteremine slope,intercept, R^2