i need help to find all the answer for this experiment

A. Thepenilfees ef Resesina Mafer ee Concentretiun ITye initial (maiz) FS3O32L initial (moul.) At - elonned time (6) Restion Reso (emot L-1 x1) mi - Other of reaction widh tespect to 1 " B= Onder of reaction with respect os srOnn2= Ovenall onder of the reaction - Colrularing rate conetarit. (you wilil ned to ene the valucs of is and n ahove in Rate law) Fxperiment I Experiment 2 Experiment 3 Rate Constant = k Average Rase Conatant at Joown Temp B. Dependence of Reaction Rate on Temperatire. Illeinitial=152032b3initial= Ptpreriment 16 * A Kinetic Stusy of an lodine Clokk React Atach a eraph of lnk vis 1Tr. Calculate the slope of your straleki line Determine the Activation Ilinerkg IH4 (culmol) = to put in a semple caleulation that sets up one of the calculations on that rems.). in[414]=k1[141141] 2. Wrile the Rate faw for the lodine Clock Reactice at woom teemperature using the k m and n valuor you delemmined evperimentally in part A. Use this Rate law to perdict the rats of thit reaction if: ran the reaction at fonm semperature with initial concentrations of all reactants at 0.100M 3. Did the point corrosponding to Experiment 2 lie on your lincar preph from peart B ? Should it? Fiplain brichly. 4. Did the reaction actually stop when the blue-black color appeared? Explain brietly. 5. Troutons' Rule states that "The rate of a chemical reaction roughly doubles for every 10C rises." How well does your data substantiate this statement? Illustrate. A. Thepenilfees ef Resesina Mafer ee Concentretiun ITye initial (maiz) FS3O32L initial (moul.) At - elonned time (6) Restion Reso (emot L-1 x1) mi - Other of reaction widh tespect to 1 " B= Onder of reaction with respect os srOnn2= Ovenall onder of the reaction - Colrularing rate conetarit. (you wilil ned to ene the valucs of is and n ahove in Rate law) Fxperiment I Experiment 2 Experiment 3 Rate Constant = k Average Rase Conatant at Joown Temp B. Dependence of Reaction Rate on Temperatire. Illeinitial=152032b3initial= Ptpreriment 16 * A Kinetic Stusy of an lodine Clokk React Atach a eraph of lnk vis 1Tr. Calculate the slope of your straleki line Determine the Activation Ilinerkg IH4 (culmol) = to put in a semple caleulation that sets up one of the calculations on that rems.). in[414]=k1[141141] 2. Wrile the Rate faw for the lodine Clock Reactice at woom teemperature using the k m and n valuor you delemmined evperimentally in part A. Use this Rate law to perdict the rats of thit reaction if: ran the reaction at fonm semperature with initial concentrations of all reactants at 0.100M 3. Did the point corrosponding to Experiment 2 lie on your lincar preph from peart B ? Should it? Fiplain brichly. 4. Did the reaction actually stop when the blue-black color appeared? Explain brietly. 5. Troutons' Rule states that "The rate of a chemical reaction roughly doubles for every 10C rises." How well does your data substantiate this statement? Illustrate