The kinetics of the reaction between Rand Zions in an aqueous solution was investigated through multiple set ups of vary

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The Kinetics Of The Reaction Between Rand Zions In An Aqueous Solution Was Investigated Through Multiple Set Ups Of Vary 1 (48.97 KiB) Viewed 47 times

The kinetics of the reaction between Rand Zions in an aqueous solution was investigated through multiple set ups of varying concentrations and at 25 The initial rate of formation of Q was determined through the formation of a brick-red solution. Set up [R] [Z] 1 0.135 0.165 2 0.27 0.33 Initial Rate, M/S 3.54x10-4 1.41x103 1.42x103 2.83x103 7.08x10-4 3 0.135 0.66 4 0.54 0.33 5 0.135 0.33 a. C Determine the rate order with respect to Rion, Include the equation of the best fit line (with R2). b. Determine the rate order with respect to Zion. Include the equation of the best fit line (with B2). Determine the rate law of the reaction d. What is the rate constant for set up 1? Indicate the appropriate units. The second set up was also conducted under different temperatures. If the rate constants were 2.842x104 and 1.278x10' units at 4°C and 35°C, respectively, then what are the activation energy (kJ/mol) of the reaction and frequency factor (A)? Include the equation of the best fit line of the Arrhenius equation (with R2). Note: Use the calculated rate constant in set up 2 (Use 4 SF of the rate constants in plotting, R gas constant = 8.314 J/mol-K]. e.