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2 and part E
DATA SHEET 8.2 Narme Solve the best-fit equation you recorded in step 2c for (CV 1 to derive an expression to convert absorbance values to concentrations. Refer to Table 8.10 for help with this question. Show your work below PART ml. Volume of 1.0 Ã 10-. M CV+ required to prepare 1000 mL of 30 x 10-s M CV Use the equation you derived in Part D to convert your absorbence measurements in Runs 1-4 to concentrations. Sample Calculation 2 Determine the order of reaction with respect to CV using Run 1 data and the following steps: a Calculate In [CV+1 for each time step in Run 1 Sample Calculation: Calculate 1/ICV,] for each time step in Run 1 Sample Calculation b CHAPTER 8 Chemical Kineics
2 and part E
DATA SHEET 8.2 Narme Solve the best-fit equation you recorded in step 2c for (CV 1 to derive an expression to convert absorbance values to concentrations. Refer to Table 8.10 for help with this question. Show your work below PART ml. Volume of 1.0 Ã 10-. M CV+ required to prepare 1000 mL of 30 x 10-s M CV Use the equation you derived in Part D to convert your absorbence measurements in Runs 1-4 to concentrations. Sample Calculation 2 Determine the order of reaction with respect to CV using Run 1 data and the following steps: a Calculate In [CV+1 for each time step in Run 1 Sample Calculation: Calculate 1/ICV,] for each time step in Run 1 Sample Calculation b CHAPTER 8 Chemical Kineics
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