Experiment 1: Determination of the Rate, Order, and Rate Constant Table 3:  Data for Trial 1 Water displaced in mL Time (seconds) 2 mL   49 4 mL   84 6 mL   116 8 mL   145 10 mL   174 12 mL   202 14 mL   230 16 mL   253 18 mL   280 20 mL   313 22 mL   350 Table 4:  Data for Trial 2 Water displaced in mL Time (seconds) 2 mL   78 4 mL   144 6 mL   175 8 mL   205 10 mL   255 12 mL   308 14 mL   330 16 mL   409 18 mL   463 20 mL   515 22 mL   575   Table 5:  Data for Trial 3 Water displaced in mL Time (seconds) 2 mL   53 4 mL   100 6 mL   139 8 mL   178 10 mL   213 12 mL   247 14 mL   282 16 mL   319 18 mL   363 20 mL   412 22 mL   463 Help me with  this part   Trial 1 (Table 3) Slope ______________________ Reciprocal Slope _______________   Trial 2 (Table 4) Slope _______________________ Reciprocal Slope ________________   Trial 3 (Table 5) Slope _______________________

Please answer Q d and e

1- In the enzymatic reaction that took place in the batch constant volume reactor, the reaction rates were measured at different initial concentrations and are given in the table below. Find the appropriate kinetic model and coefficients Substrate cconcentration (mM) 1 2 4 16 32 Reaction rate (mmol/L min) 1 1.8 3.2 6.6 7.8

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Experiment 1: Determination of the Rate, Order, and Rate Constant Table 3:  Data for Trial 1 Water displaced in mL Time (seconds) 2 mL   49 4 mL   84 6 mL   116 8 mL   145 10 mL   174 12 mL   202 14 mL   230 16 mL   253 18 mL   280 20 mL   313 22 mL   350 Table 4:  Data for Trial 2 Water displaced in mL Time (seconds) 2 mL   78 4 mL   144 6 mL   175 8 mL   205 10 mL   255 12 mL   308 14 mL   330 16 mL   409 18 mL   463 20 mL   515 22 mL   575 Table 5:  Data for Trial 3 Water displaced in mL Time (seconds) 2 mL   53 4 mL   100 6 mL   139 8 mL   178 10 mL   213 12 mL   247 14 mL   282 16 mL   319 18 mL   363 20 mL   412 22 mL   463 help me with  this part    1. Should the rate constant (k) be the same for all three trials in this experiment?  Explain your answer.…

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Project 3 - kinetics The data below was collected with an enzyme, at a concentration of 10 nM, in the presence and absence of 20 µM inhibitor. µM S 0.21000 k w/ 20 µM Inh 3.464 k sec! 4.1 0.21000 4.2 3.2 0.43000 6.9 5.50 9.82 10.2 0.87000 0.87000 1.3800 1.3800 7.67 7.71 11.556 10.98 8.95 9.01 9.76 2.0800 12.24 2.0800 11.86 9.89 What are kçat and KM with and without inhibitor? What type of inhibition is this? If possible, determine Ki for the inhibitor and explain why it is or is not possible to make this determination.

Q7.  calculate the half-life (t1/2) when the NO2 undergoes thermal decomposition, where the [NO2] = 2.5 x 10-2 mol L-1 at 600 K

An exposure assessment study was conducted in a nail salon. Previous studies have indicated that airborne concentrations of methyl methacrylate are approximately 1 ppm. If the LOD of the analytical method is 0.25 ug and sampling should be conducted at a flowrate of 0.01 LPM, what is the minimum amount of time the sample should be collected to achieve a detectable concentration? Note: Methyl Methacrylate MW=100.1 g/mol A. 11.2 Minutes B. 2.7 Minutes C. 8.5 Minutes D. 6.1 Minutes