need help finding rate and K values in the second table

Using the average times reported on your shared data spreadsheet, calculate the rate and rate constant for each temperature measurement of solution 4. Notice that solution 4 has the same concentrations of I and S₂O₈² as solution 1, and the S₂O₃ aliquots are made the same way, so you can use the same concentrations and rate calculations you used for solution 1; just update the average times. Use the reaction orders for I and S₂O₈² that you solved in the first part of the analysis to find the rate constant from the rate for each temperature measurement. Complete one row on the following table for each row of data collected on the class spreadsheet. Use the measured temperature, and not the target temperature. Do not combine the results if more than one group in your section repeated the experiment at the same temperature. Just include both sets of data in the table and in the Arrhenius plot you will make for the next question.

Solution	Average Time (s)	Initial [S2O82] (M)	Initial [I-] (M)	Initial Rate (M/s)
1	125.0	0.05	0.05	-110-5M/s
2	61.8	0.05	0.10	-2.0210-5M/s
3	50.8	0.10	0.05	-2.4610-5M/s

Temp (C)	Temp (K)	Average time (s)	rate (M/s)	k (M-1s-1)
15.1	288.25	170.48
31	304.15	52.80
36	309.15	37.20
42	315.15	20.80
44	317.15	32.50