The rate of a liquid phase reaction of the type, A + B → Products; is found to be independent of concentration of A and B, and equal to 1 Kmol/(m³)(min) at 300 K. find the conversion in a mixed flow reactor having volume 2 m³ with feed concentration of A and B equal to 5 kmol/m³, feed flow rate equal to 1 m³/min and reactor temperature equal to 300 K. If the activation energy of the reaction is given as 83.1 kJ/mol find the volume (m³) of the isothermal plug flow reactor for the same conversion and feed conditions as in the case of the above- mentioned reactor but with reactor temperature kept at 320 K.

Taking into account the following reaction mechanism 0,0₂ +0. 0.+0₂ 0₁ 0₂ +0.-20₂ Write the differential equations for all existing chemical species.

The gas phase reaction A→B+2C is carried out in a constant volume batch reactor (V=25 L). Twenty moles of A with 80% purity (the remainder is inert) are introduced into the reactor.Calculate the time to reduce the concentration of A to 0.1 mol/L if the reaction is first order with k=0.524 min-1.Calculate the time required to consume 10 mols of A if the reaction is second order and k=0.982 L/mol.h.If the temperature is 150°C, what is the total initial pressure? What is the final total pressure if the reaction occurs in its entirety? Explain why pressure varies in this situation.

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Please answer part D, E, and F.

DETERMINATION OF A,H FOR THE REACTION OF Mg AND HCl Minimize D The results from one run are shown below. 40 00003333333t1&C66C0000000000333333113ttteeccc000000 y = -0.51215 x + 40.274 20 10 4 5 Time (min) Q3 Use the graph to determine Tinitial and Tfinal. You must then use these values to calculate the change in temperature for the reaction. Tinitial (°C) Tinal (°C) AT (°C) 1 2 Temperature (°C) 30

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Referring to a continuous stirred tank reactor (CSTR), determine the reactor volume required to process 1,200 L/min of 6 M reactant A in a reaction of A → B given a conversion of 90%. The reaction rate constant, k = 2.0 min-1.

Problem – SOR 1 The following data was obtained by employing a batch reactor. Determine the reaction rate constant and the order of the reaction. Specify units of the constants. t (day) C (mg/L) 100.00 1 9.09 2 4.76 3 3.23 4 2.44 5 1.96 6. 1.64 7 1.41 8 1.23 9. 1.10 10 0.99